SAP NetWeaver Java Stack agent Reference...SAP NW Java Host Detail Use the SAP NW Java Host Detail...

Monitoring Agent for SAP NetWeaver Java Stack1.0 Fix Pack 2

Reference

IBM

NoteBefore using this information and the product it supports, read the information in “Notices” on page 69.

This edition applies to version 1.0.0.2 of the Monitoring Agent for SAP NetWeaver Java Stack and to all subsequentreleases and modifications until otherwise indicated in new editions.

© Copyright IBM Corporation 2016, 2017.US Government Users Restricted Rights – Use, duplication or disclosure restricted by GSA ADP Schedule Contractwith IBM Corp.

Contents

Chapter 1. Monitoring Agent for SAPNetWeaver Java Stack . . . . . . . . 1

Chapter 2. Dashboards . . . . . . . . 3Default dashboards . . . . . . . . . . . . 3deepdive dashboards . . . . . . . . . . . 4Group widgets for the Default dashboards . . . . 5Group widgets for the deepdive dashboards . . . 11Custom views . . . . . . . . . . . . . 15

Chapter 3. Thresholds . . . . . . . . 17Predefined thresholds . . . . . . . . . . . 17Customized thresholds . . . . . . . . . . 19

Chapter 4. Attributes . . . . . . . . . 21Data sets for the monitoring agent. . . . . . . 22Attribute descriptions . . . . . . . . . . . 24

NetWeaver Agent Configuration data set . . . 24NetWeaver Agent Configuration INS data set . . 24NetWeaver Cluster Heap data set . . . . . . 25NetWeaver Configuration Manager data set . . 26NetWeaver Instance Heap data set. . . . . . 26NetWeaver J2EE Cluster data set . . . . . . 27NetWeaver J2EE Instance data set . . . . . . 30NetWeaver J2EE Instance Sub data set . . . . 32NetWeaver JVM Data Source data set. . . . . 34NetWeaver JVM Failed Applications data set . . 35NetWeaver JVM GCProblem Reporting data set 36NetWeaver JVM Logged In Users data set . . . 37NetWeaver JVM Web Container data set . . . . 38

NetWeaver License Information data set . . . . 39NetWeaver Request Analysis data set . . . . . 41NetWeaver Resource Utilizaion data set . . . . 42NetWeaver Transaction Services data set. . . . 43NetWeaver User Session Management data set . 43NetWeaver User Session Management Ins dataset . . . . . . . . . . . . . . . . 44NWJ Performance Object Status data set . . . . 45Performance Object Status data set . . . . . 48Request Breakdown data set . . . . . . . . 51Request Context data set . . . . . . . . . 52Request Distribution data set . . . . . . . 52Request Instance data set . . . . . . . . . 53Request Stack Trace data set . . . . . . . . 54Request Status data set . . . . . . . . . 55Request Summary data set . . . . . . . . 57Request Trace data set . . . . . . . . . . 59SAP NetWeaver Java Application Servers data set 61Take Action Status data set . . . . . . . . 61Thread Pool Status data set . . . . . . . . 63

Accessibility features . . . . . . . . 67

Notices . . . . . . . . . . . . . . 69Trademarks . . . . . . . . . . . . . . 71Terms and conditions for product documentation. . 71IBM Online Privacy Statement . . . . . . . . 72

Index . . . . . . . . . . . . . . . 73

© Copyright IBM Corp. 2016, 2017 iii

iv SAP NetWeaver Java Stack agent Reference

Chapter 1. Monitoring Agent for SAP NetWeaver Java Stack

The Monitoring Agent for SAP NetWeaver Java Stack offers a central point of management for your SAPNetWeaver Java Stack environment or application.

The software provides a comprehensive means for gathering the information that is required to detectproblems early and to prevent them. Information is standardized across the system. You can monitormultiple servers from a single console. By using the SAP NetWeaver Java Stack agent you can easilycollect and analyze SAP NetWeaver Java Stack specific information.

Installing and configuring the agent

Install the monitoring agent on the system where the application that you want to monitor is located.

For more information, see the following documentation in IBM Knowledge Center:v IBM Cloud Application Performance Managementv IBM Cloud Application Performance Management, Private

© Copyright IBM Corp. 2016, 2017 1

http://www.ibm.com/support/knowledgecenter/SSMKFH

http://www.ibm.com/support/knowledgecenter/SSHLNR

2 SAP NetWeaver Java Stack agent Reference

Chapter 2. Dashboards

Open the Application Performance Dashboard in the Cloud APM console to see a status summary of allyour applications. As you drill down to dashboards for specific applications and their supportingelements, more details are available about the selected item.

Use the SAP NetWeaver Java Stack agent dashboards to proactively monitor your SAP NetWeaver JavaStack deployment. Each dashboard page contains views with key performance indicators.

When an application that includes SAP NetWeaver Java Stack managed resources (also referred to asmanaged systems) is selected, the navigator and the Status Overview tab show SAP NetWeaver Java Stackin the Components group:v Click Components to see a single SAP NetWeaver Java Stack group widget that is displayed along

with a group widget for every other data source type in the application.v Click the SAP NetWeaver Java Stack subgroup to see a group widget for each managed resource in the

application.v Click inside a SAP NetWeaver Java Stack group widget or click a SAP NetWeaver Java Stack managed

resource from the navigator Instances section to open a dashboard with KPIs from the selectedmanaged resource.

For more information about the KPIs, click

in the view or click

in the dashboard banner.

Default dashboardsSAP NW Java Application

Use the SAP NW Java Application dashboard to know the overall status of the SAP NetWeaverJava cluster and SAP NetWeaver Java instance.

SAP NW Java ClusterThe SAP NW Java Cluster dashboard shows the overall status and availability of the monitoredSAP NetWeaver Java cluster. Click anywhere on the group widget to drill down to open thedetail dashboard. Review the resource usage and investigate any warning or critical thresholds. Ifthe Events tab shows a warning or critical status indicator, open the tab to see the open eventsand status for the application.

SAP NW Java Host DetailUse the SAP NW Java Host Detail dashboard to know the percentage of processor, disk, andmemory usage for a selected JVM instance host.

SAP NW Java InstanceThe SAP NW Java Instance dashboard shows the overall status and availability of the monitoredSAP NetWeaver Java instance. Click anywhere on the group widget to drill down to open thedetail dashboard. Review the resource usage and investigate any warning or critical thresholds. Ifthe Events tab shows a warning or critical status indicator, open the tab to see the open eventsand status for the application.

Additional group widgetsThese pop-up group widgets are displayed after you click a group widget for more details. Somegroup widgets have links to more granular information in a popup widget, described here.


deepdive dashboardsRequest Instances

This is a diagnostics dashboard. Use the Request Instances dashboard to determine if all of therequest instances of a request have a problem.

Remember: A time selector bar might be displayed. The time period applies to all group widgetsand dashboards that are derived from historical data. The time selector does not apply to thedeep-dive dashboards.

Using the dashboard

Determine if only some instances of a request have a problem.v If all of the request instances are experiencing a problem, some of the underlying code might

be poorly constructed.v If only some instances are experiencing the problem, locate the hot spot where the problem

occurred.v To drill down to the Request Traces dashboard, click View request sequence on an instance

row.

Request SummaryThis is a diagnostics dashboard. Use the Request Summary dashboard to identify in which SAPNetWeaver Java Stack Application segments the request spent the most time. From thisdashboard, you can drill down to the request instances that took the most time.


Using the dashboard

To identify which request instances resulted in a slow average response time for a specificrequest, complete these steps:1. Locate a request with a slow average response time in the Request Summary table.2. Select a request in the table to view the response time breakdown for the request. The

Response Time Breakdown chart shows where the request spent the most time.3. In the Response Time Breakdown chart, identify the request type that is taking up the most

time, and click the request type. The Request Instances dashboard opens. From thisdashboard, you see the request instances of this request type that had the slowest responsetimes.

Request TracesThis is a diagnostics dashboard. Use the Request Traces dashboard to identify the sequence ofcalls to nested requests and methods for a request instance. Use the dashboard to identify theroot cause of a problem, if the problem relates to the code.


Using the dashboard

v Compare the path taken by request instances that ran without a problem and request instancesthat performed poorly. Use the request sequence dashboard to gather information about thepaths of each request instance. Depending on the input parameters, a request instance mighttake a different path to other instances. The difference in path taken might indicate the sourceof the resource issue or bottleneck.

v Use the stack tree to identify the nested requests or method call where the bottleneck or slowresponse time occurred.


v Use the request context to identify the specific resource that the nested request or method callwas using.

Group widgets for the Default dashboardsSAP NW Java Application

Use the SAP NW Java Application dashboard to know the overall status of the SAP NetWeaverJava cluster and SAP NetWeaver Java instance.

The following group widgets are available in this dashboard:

SAP NW Java ClusterThe SAP NW Java Cluster group widget provides information about the instance status,days to license expiry, generated heap dumps, slowest user response time, timed outtransactions, high CPU usage, high memory usage, and percentage of disk usage for allthe JVM instances in the cluster.

The following KPIs for the group widget are derived from the attributes as described:v Heap Dumps: The count of heap dumps that are generated at all the JVM instances in

the cluster.v Highest CPU Usage (%): The highest percentage of CPU that the host system of JVM

instance used in the cluster.v Highest Disk Usage (%): The highest percentage of disk that the host system of JVM

instance used in the cluster.v Highest Used Memory (%): The highest percentage of memory that the host system of

JVM instance used in the cluster.v Instance Status (Down): The count of SAP NetWeaver Java instances that are inactive.v Instance Status (Up): The count of SAP NetWeaver Java instances that are active.v Slowest User Response Time (ms): The maximum response time that is required by a

user session among all the cluster sessions.v System ID: The system identifier (SID) of the SAP NetWeaver J2EE cluster. This data is

derived from the SID attribute in the KSV NETWEAVER J2EE CLUSTER data set.v Timedout Transactions: The number of specific types of transactions. This data is

derived from the Count attribute in the KSV NETWEAVER TRANSACTION SERVICESdata set.

v Validity Days: The valid software product that has least number of validity days.

SAP NW Java InstanceThe SAP NW Java Instance group widget provides information about the web containerrequests, failed Java applications, percentage of cache hit ratio, active databaseconnections, logged in users, and heap dumps for the JVM instance.

The following KPIs for the group widget are derived from the attributes as described:v Active DB Connections: The number of connections that are currently in use. This data

is derived from the Used Connection Count attribute in the KSV NETWEAVER JVMDATA SOURCE data set.

v Cache Hit Ratio (%): The cache hit ratio of the configuration manager, which workswith the relational database management system.

v Failed Java Applications : The count of Java applications that recently failed in the JVMinstance.

v Heap Dumps: The count of heap dumps that are generated on the JVM instance.v Host Name: The name of the computer where the SAP NetWeaver Java instance is

installed. This data is derived from the System Home attribute in the KSVNETWEAVER J2EE INSTANCE SUB data set.

Chapter 2. Dashboards 5

v Logged in Users: The number of users that are logged in to each of the JVM instance.v Slowest Response Time (ms): The maximum response time for a request.v Web Container Requests: The number of Error500 error messages that are collected

during 24 hours. This count is reset after every 24 hours. This data is derived from theError 500 Count attribute in the KSV NETWEAVER JVM WEB CONTAINER data set.

Transaction VolumeThe Transaction Volume group widget provides a bar chart that shows the good requests,slow requests, and failed requests for the specified time.

The following KPIs for the group widget are derived from the attributes as described:v Failed requests: The number of transactions that failed for each monitoring interval.v Good requests: The number of transactions that are completed for each monitoring

interval.v Slow requests: The number of slow transactions for each monitoring interval.v Timestamp: The local time at the agent when the data was collected.

SAP NW Java ClusterThe SAP NW Java Cluster dashboard shows the overall status and availability of the monitoredSAP NetWeaver Java cluster. Click anywhere on the group widget to drill down to open thedetail dashboard. Review the resource usage and investigate any warning or critical thresholds. Ifthe Events tab shows a warning or critical status indicator, open the tab to see the open eventsand status for the application.


License DetailsThe License Details group widget provides information about the license of SAPNetweaver that is installed on the system.

The following KPIs for the group widget are derived from the attributes as described:v Begin Date: The date from when the validity period of the license starts. This data is

derived from the Begin Date attribute in the KSV NETWEAVER LICENSEINFORMATION data set.

v Expiration Date: The date up to when the license is valid. This data is derived from theExpiration Date attribute in the KSV NETWEAVER LICENSE INFORMATION data set.

v Software Product: The name of the licensed software product. This data is derived fromthe Product Name attribute in the KSV NETWEAVER LICENSE INFORMATION dataset.

v State: The status of the SAP NetWeaver license, such as active, valid, temporary, andexpired. This data is derived from the Status attribute in the KSV NETWEAVERLICENSE INFORMATION data set.

v Type: The type of license, such as temporary or permanent. This data is derived fromthe Type attribute in the KSV NETWEAVER LICENSE INFORMATION data set.

NetWeaver Cluster Heap Dump DetailsThe NetWeaver Cluster Heap Dump Details group widget provides information about theheap dumps that are generated on all the Java virtual machine (JVM) instances in theNetWeaver cluster.

The following KPIs for the group widget are derived from the attributes as described:v Archive Size (MB): The archived size (in MB) of heap dumps that are generated in the

JVM instance. The value N/A represents not archived. This data is derived from theArchive Size attribute in the KSV NETWEAVER CLUSTER HEAP data set.

v Created Date: The date when the heap dump was generated. This data is derived fromthe Created Date attribute in the KSV NETWEAVER CLUSTER HEAP data set.


v Heap Dump File Name: The name of the heap dump file. This data is derived from theHeap Dump File Name attribute in the KSV NETWEAVER CLUSTER HEAP data set.

v Host: The host name of the JVM instance where the heap dump is generated. This datais derived from the Host attribute in the KSV NETWEAVER CLUSTER HEAP data set.

v Location: The location where the heap dump file is available. Example:/usr/sap/{SID}/J{instance}/j2ee/cluster/server{node}/. This data is derived from theLocation attribute in the KSV NETWEAVER CLUSTER HEAP data set.

v Size (GB): The size of a heap dump file in GB. This data is derived from the Sizeattribute in the KSV NETWEAVER CLUSTER HEAP data set.

SAP NW Java Instance InformationThe SAP NW Java Instance Information group widget provides information about eachJVM instance that is available in the cluster. This group widget also provides informationabout the percentage of processor, disk, and memory usage by the JVM instance host.Click a JVM ID to open the SAP NW Java Instance dashboard. Click a host name to openthe SAP NW Java Host Detail dashboard.

The following KPIs for the group widget are derived from the attributes as described:v CPU Usage (%): The percentage of CPU usage of the cluster host system. This data is

derived from the CPU Utilization Percent attribute in the KSV NETWEAVERRESOURCE UTILIZAION data set.

v Disk Usage(%): The percentage of disk space usage of the cluster host system. Thisdata is derived from the Used Disk Space Percent attribute in the KSV NETWEAVERRESOURCE UTILIZAION data set.

v Host Name: The host name of the SAP NetWeaver JVM. This data is derived from theHost Name attribute in the KSV NETWEAVER RESOURCE UTILIZAION data set.

v Instance Number: The ID of the instance. This data is derived from the Instance IDattribute in the KSV NETWEAVER J2EE INSTANCE data set.

v JVM Id: The ID of the SAP NetWeaver Java instance. This data is derived from the JavaInstance ID attribute in the KSV NETWEAVER J2EE INSTANCE data set.

v Memory Usage (%): The percentage of memory usage of the cluster host system. Thisdata is derived from the Memory Utilization Percent attribute in the KSVNETWEAVER RESOURCE UTILIZAION data set.

v State: The state of the SAP NetWeaver J2EE instance, such as active and inactive. Thisdata is derived from the State attribute in the KSV NETWEAVER J2EE INSTANCE dataset.

v System ID: The system identifier (SID) of the SAP NetWeaver J2EE cluster. This data isderived from the SAP System Name attribute in the KSV NETWEAVER J2EEINSTANCE data set.

v Working Directory: The working directory of the SAP NetWeaver Java instance.Example: /usr/sap/{SAPSID}/{instance_name}/work directory. This data is derivedfrom the Working Directory attribute in the KSV NETWEAVER J2EE INSTANCE dataset.

System InformationThe System Information group widget provides information about the SAP NetWeaverand the database that is connected to the SAP NetWeaver system.

The following KPIs for the group widget are derived from the attributes as described:v Database Name: The name of the database. This data is derived from the DB Name

attribute in the KSV NETWEAVER J2EE CLUSTER data set.v Database Type: The type of database. This data is derived from the DB Type attribute

in the KSV NETWEAVER J2EE CLUSTER data set.


v Name: The compound name of the J2EE engine instance. Example: SID.InstanceID.Instance Number.System Home.Instance Host Name. This data is derived from theName attribute in the KSV NETWEAVER J2EE CLUSTER data set.

v Netweaver Version: The Java implementation version of the SAP NetWeaver J2EEServer. This data is derived from the Version attribute in the KSV NETWEAVER J2EECLUSTER data set.

v SID: The system identifier (SID) of the SAP NetWeaver J2EE cluster. This data isderived from the SID attribute in the KSV NETWEAVER J2EE CLUSTER data set.

Top 5 User Sessions by Response Time The Top 5 User Sessions by Response Time group widget shows the top 5 user sessions inthe cluster with the high response time. The user session with the highest response timeis placed at the top.

The following KPIs for the group widget are derived from the attributes as described:v Allocated Memory (Bytes): The amount of allocated memory (in MB) for a cluster

session. This data is derived from the Allocated Memory attribute in the KSVNETWEAVER USER SESSION MANAGEMENT data set.

v CPU Usage (ms): The CPU usage (in seconds) by a cluster session. This data is derivedfrom the CPU Usage attribute in the KSV NETWEAVER USER SESSIONMANAGEMENT data set.

v DB Time (ms): The database usage (in seconds) by a cluster session. This data isderived from the DB Time attribute in the KSV NETWEAVER USER SESSIONMANAGEMENT data set.

v Last Accessed Time (ms): The time stamp when the user last accessed the clustersession. This data is derived from the Last Accessed Time attribute in the KSVNETWEAVER USER SESSION MANAGEMENT data set.

v Response Time (ms): The maximum response time that is taken by a session among allthe cluster sessions. This data is derived from the Response Time attribute in the KSVNETWEAVER USER SESSION MANAGEMENT data set.

v Total Active Requests: The number of active requests in the cluster session. This data isderived from the Active Requests attribute in the KSV NETWEAVER USER SESSIONMANAGEMENT data set.

v Total Requests: The total number of requests for all the cluster sessions. This data isderived from the Total Requests attribute in the KSV NETWEAVER USER SESSIONMANAGEMENT data set.

v User Name: The name of the user who is logged in to the SAP NetWeaver JVM. Thisdata is derived from the User Name attribute in the KSV NETWEAVER USERSESSION MANAGEMENT data set.

Transaction Details (History)The Transaction Details (History) group widget provides a line chart that containsinformation about the count of transaction types, such as active, pending, not recovered,suspended, and timed out for the specified period.

The following KPIs for the group widget are derived from the attributes as described:v Active: The number of specific types of transactions. This data is derived from the

Count attribute in the KSV NETWEAVER TRANSACTION SERVICES data set.v Not Recovered: The number of specific types of transactions. This data is derived from

the Count attribute in the KSV NETWEAVER TRANSACTION SERVICES data set.v Pending: The number of specific types of transactions. This data is derived from the

Count attribute in the KSV NETWEAVER TRANSACTION SERVICES data set.v Suspended: The number of specific types of transactions. This data is derived from the

Count attribute in the KSV NETWEAVER TRANSACTION SERVICES data set.


v Timedout: The number of specific types of transactions. This data is derived from theCount attribute in the KSV NETWEAVER TRANSACTION SERVICES data set.

v Timestamp: The local time at the agent when the data was collected. This data isderived from the Timestamp attribute in the KSV NETWEAVER TRANSACTIONSERVICES data set.

SAP NW Java Host DetailUse the SAP NW Java Host Detail dashboard to know the percentage of processor, disk, andmemory usage for a selected JVM instance host.


CPU Utilization (History)The CPU Utilization (History) group widget provides a line chart that containsinformation about the percentage of CPU usage of the JVM Instance host system for thespecified period.

The following KPIs for the group widget are derived from the attributes as described:v CPU Usage (%): The percentage of CPU usage of the cluster host system. This data is

derived from the CPU Utilization Percent attribute in the KSV NETWEAVERRESOURCE UTILIZAION data set.

v Timestamp: The local time at the agent when the data was collected. This data isderived from the Timestamp attribute in the KSV NETWEAVER RESOURCEUTILIZAION data set.

Disk Utilization (History)The Disk Utilization (History) group widget provides a line chart that containsinformation about the percentage of space usage of the disk that is used by the JVMInstance host system for the specified period.

The following KPIs for the group widget are derived from the attributes as described:v Disk Usage (%): The percentage of disk space usage of the cluster host system. This

data is derived from the Used Disk Space Percent attribute in the KSV NETWEAVERRESOURCE UTILIZAION data set.


Memory Utilization (History)The Memory Utilization (History) group widget provides a line chart that containsinformation about the percentage of physical memory that is used by the JVM Instancehost system for the specified period.

The following KPIs for the group widget are derived from the attributes as described:v Memory Usage (%): The percentage of memory usage of the cluster host system. This

data is derived from the Memory Utilization Percent attribute in the KSVNETWEAVER RESOURCE UTILIZAION data set.


SAP NW Java InstanceThe SAP NW Java Instance dashboard shows the overall status and availability of the monitoredSAP NetWeaver Java instance. Click anywhere on the group widget to drill down to open thedetail dashboard. Review the resource usage and investigate any warning or critical thresholds. Ifthe Events tab shows a warning or critical status indicator, open the tab to see the open eventsand status for the application.



Database Connections (History)The Database Connections (History) group widget provides a line chart that containsinformation about the count of current connections to the SAP_SID_Database data sourcethat are in active, idle, and waiting for the specified period.

The following KPIs for the group widget are derived from the attributes as described:v Active: The number of connections that are currently in use. This data is derived from

the Used Connection Count attribute in the KSV NETWEAVER JVM DATA SOURCEdata set.

v Idle: The number of connections that are currently in the idle state. This data is derivedfrom the Idle Connection Count attribute in the KSV NETWEAVER JVM DATASOURCE data set.

v Timestamp: The local time at the agent when the data was collected. This data isderived from the Timestamp attribute in the KSV NETWEAVER JVM DATA SOURCEdata set.

v Waiting: The number of connection requests that are waiting to be processed. This datais derived from the Waiting Connection Request Count attribute in the KSVNETWEAVER JVM DATA SOURCE data set.

Garbage Collection (History)The Garbage Collection (History) group widget provides a line chart that containsinformation about the GC ratio for the specified period.

The following KPIs for the group widget are derived from the attributes as described:v GC Ratio: The ratio of the amount of time that was spent for garbage collection to the

overall run time of the JVM. This data is derived from the GC Ratio attribute in theKSV NETWEAVER JVM GCPROBLEM REPORTING data set.

v Time: The local time at the agent when the data was collected. This data is derivedfrom the Timestamp attribute in the KSV NETWEAVER JVM GCPROBLEMREPORTING data set.

NetWeaver Heap Dump DetailsThe NetWeaver Heap Dump Details group widget provides information about the heapdumps that are generated in all the JVM instances.

The following KPIs for the group widget are derived from the attributes as described:v Archive Size (MB): The archived size (in MB) of heap dumps that are generated in the

JVM instance. The value N/A represents Not Archived. This data is derived from theArchive Size attribute in the KSV NETWEAVER INSTANCE HEAP data set.

v Created Date: The date when the heap dump was generated. This data is derived fromthe Created Date attribute in the KSV NETWEAVER INSTANCE HEAP data set.

v Heap Dump FileName: The file name of the heap dump. This data is derived from theHeap Dump File Name attribute in the KSV NETWEAVER INSTANCE HEAP data set.

v Host: The host name of the JVM instance where the heap dump is generated. This datais derived from the Host attribute in the KSV NETWEAVER INSTANCE HEAP dataset.

v Location: The location where the heap dump file is available. Example:/usr/sap/{SID}/J{instance}/j2ee/cluster/server{node}/. This data is derived from theLocation attribute in the KSV NETWEAVER INSTANCE HEAP data set.

v Size (GB): The size of a heap dump file in GB. This data is derived from the Sizeattribute in the KSV NETWEAVER INSTANCE HEAP data set.

Top 5 Failed ApplicationsThe Top 5 Failed Applications group widget shows the top 5 applications that recentlyfailed to run on the JVM instance.


The following KPIs for the group widget are derived from the attributes as described:v Application Name: The name of the application. This data is derived from the

Application Name attribute in the KSV NETWEAVER JVM FAILED APPLICATIONSdata set.

v Error Description: The error that occurs when you start the application. This data isderived from the Start Error attribute in the KSV NETWEAVER JVM FAILEDAPPLICATIONS data set.

v Startup Mode: The startup mode of the application. This data is derived from theStartup Mode attribute in the KSV NETWEAVER JVM FAILED APPLICATIONS dataset.

Top 5 Slowest Requests by Response TimeThe Top 5 Slowest Requests by Response Time group widget shows the top 5 requestswith high response time that are made by the user to the application. The requests withthe highest response time is placed at the top. Click a request to see diagnosticinformation about it in the Request Instances page.

The following KPIs for the group widget are derived from the attributes as described:v Average Response Time (ms): The response time of a request. This data is derived from

the Request Response Time attribute in the KSV NETWEAVER REQUEST ANALYSISdata set.

v Error Rate (%): The percentage of requests that resulted in errors during the collectioninterval. A lower error rate (%) is preferable.

v Request Details: The name of the request. This data is derived from the Request Nameattribute in the KSV NETWEAVER REQUEST ANALYSIS data set.

v URL: The details of the request. This data is derived from the Request Details attributein the KSV NETWEAVER REQUEST ANALYSIS data set.

Web Container (History)The Web Container (History) group widget provides a line chart that containsinformation about the count of error 500 messages for the specified period.

The following KPIs for the group widget are derived from the attributes as described:v Error Count: The number of Error500 error messages that are collected during 24

hours. This count is reset after every 24 hours. This data is derived from the Error 500Count attribute in the KSV NETWEAVER JVM WEB CONTAINER data set.

v ms: The average time (in milliseconds) that is required to process the request. This datais derived from the Average Processing Time in MS attribute in the KSV NETWEAVERJVM WEB CONTAINER data set.

v Time: The local time at the agent when the data was collected. This data is derivedfrom the Timestamp attribute in the KSV NETWEAVER JVM WEB CONTAINER dataset.

v Timestamp: The local time at the agent when the data was collected. This data isderived from the Timestamp attribute in the KSV NETWEAVER JVM WEBCONTAINER data set.

Group widgets for the deepdive dashboardsRequest Instances

This is a diagnostics dashboard. Use the Request Instances dashboard to determine if all of therequest instances of a request have a problem.



Using the dashboard

Determine if only some instances of a request have a problem.v If all of the request instances are experiencing a problem, some of the underlying code might

be poorly constructed.v If only some instances are experiencing the problem, locate the hot spot where the problem

occurred.v To drill down to the Request Traces dashboard, click View request sequence on an instance

row.


Requests InstancesDisplays the response time for individual requests inclusive of their nested requests. Thetable is sorted by response time by default. Use the group widget to identify the requestinstances with the highest response time.

Tip: You can drill down to view the request trace for this instance. Click View requestsequence on the request row.

The following KPIs for the group widget are derived from the attributes as described:v Action: Link to the Request Traces dashboard for the selected request instance.v CPU Time (ms): The CPU time (in milliseconds) of the request instance. This data is

derived from the CPUTime attribute in the KSV REQUEST INSTANCE data set.v Request Name: The name of the request. This data is derived from the RequestName

attribute in the KSV REQUEST INSTANCE data set.v Request Type: The type of request that is being run. This data is derived from the

RequestType attribute in the KSV REQUEST INSTANCE data set.v Response Time (ms): The response time (in milliseconds) of the request instance. This

data is derived from the ResponseTime attribute in the KSV REQUEST INSTANCEdata set.

v Thread ID: The ID of the thread that processed the request. This data is derived fromthe ThreadID attribute in the KSV REQUEST INSTANCE data set.

v Timestamp: The time when the request instance started. This data is derived from theRequestTimestamp attribute in the KSV REQUEST INSTANCE data set.

Request SummaryThis is a diagnostics dashboard. Use the Request Summary dashboard to identify in which SAPNetWeaver Java Stack Application segments the request spent the most time. From thisdashboard, you can drill down to the request instances that took the most time.


Using the dashboard

To identify which request instances resulted in a slow average response time for a specificrequest, complete these steps:1. Locate a request with a slow average response time in the Request Summary table.2. Select a request in the table to view the response time breakdown for the request. The

Response Time Breakdown chart shows where the request spent the most time.3. In the Response Time Breakdown chart, identify the request type that is taking up the most

time, and click the request type. The Request Instances dashboard opens. From thisdashboard, you see the request instances of this request type that had the slowest responsetimes.



Request SummaryDisplays an aggregated view of all requests on the SAP NetWeaver Java StackApplication. The requests are sorted by the average response time. The table displays theaggregated average response time and the aggregated average CPU usage for eachrequest.

Use the Request Summary table to identify which requests have a problem. Drill downinto the Request Instance table to debug the problematic transactions.

The following KPIs for the group widget are derived from the attributes as described:v Action: Link to the Request Instances dashboard for the selected request.v Average Response Time (ms): The average response time (in milliseconds) for requests

of a particular request name. This data is derived from the AvgResponseTime attributein the KSV REQUEST SUMMARY data set.

v CPU Time (ms): The average CPU time (in milliseconds) for requests of a particularrequest name. This data is derived from the AvgCPUTime attribute in the KSVREQUEST SUMMARY data set.

v End record date and time: The end date and time of the sampled period for allsummary records.

v Max Response Time (ms): The maximum response time (in milliseconds) for aparticular request. This data is derived from the MaxResponseTime attribute in theKSV REQUEST SUMMARY data set.

v Min Response Time (ms): The minimum response time (in milliseconds) for a particularrequest. This data is derived from the MinResponseTime attribute in the KSVREQUEST SUMMARY data set.

v Request Count: The total number of requests for a particular request name. This data isderived from the RequestCount attribute in the KSV REQUEST SUMMARY data set.

v Request Name: The name of the request. This data is derived from the RequestNameattribute in the KSV REQUEST SUMMARY data set.

v Request Type: The type of request. This data is derived from the RequestType attributein the KSV REQUEST SUMMARY data set.

v Start record date and time: The start date and time of the sampled period for allsummary records.

Response Time BreakdownDisplays the percentage of time that the requests spent on each request type. Use thischart to see, on average, which request type consumed the most time.

Tip: Click any bar on the chart to investigate the request instances for this request type.The Request Instances table shows all request instances for the selected request type.

The following KPIs for the group widget are derived from the attributes as described:v Percent: The percentage of time that the request spent on a particular request type. This

data is derived from the Percent attribute in the KSV REQUEST BREAKDOWN dataset.

v Request type: The type of request. This data is derived from the RequestType attributein the KSV REQUEST BREAKDOWN data set.

Response Time DistributionDisplays the upper response times for percentiles of the requests.

For example, if the bar at 50% shows a response time of 3000 ms, 50% of all requestswere completed within 3000 ms. If the bar at 70% shows 6000 ms, 70% of all requestswere completed within 6000 ms or less. Use this chart to determine what percentage ofyour requests have poor response times.


Click any bar on the chart to investigate requests that have a response time in thispercentile. For example, if the 50% bar shows a response time of 3000 ms and the 60%bar shows a response time of 4000 ms, click the 60% bar to investigate request instanceswith a response time between 3000 and 4000 ms.

The following KPIs for the group widget are derived from the attributes as described:v Percent of request completion: The percentile value. This data is derived from the

PercentileValue attribute in the KSV REQUEST DISTRIBUTION data set.v Upper-bound response time (ms): The upper-bound response time (in milliseconds) for

the percentile value. This data is derived from the UpperBound attribute in the KSVREQUEST DISTRIBUTION data set.

Request TracesThis is a diagnostics dashboard. Use the Request Traces dashboard to identify the sequence ofcalls to nested requests and methods for a request instance. Use the dashboard to identify theroot cause of a problem, if the problem relates to the code.


Using the dashboard

v Compare the path taken by request instances that ran without a problem and request instancesthat performed poorly. Use the request sequence dashboard to gather information about thepaths of each request instance. Depending on the input parameters, a request instance mighttake a different path to other instances. The difference in path taken might indicate the sourceof the resource issue or bottleneck.

v Use the stack tree to identify the nested requests or method call where the bottleneck or slowresponse time occurred.

v Use the request context to identify the specific resource that the nested request or method callwas using.


Method TraceDisplays a tree view of all the request instances and their nested requests. If method datawas collected, calls to methods are included in this tree.

The request sequence table provides the response time and the CPU usage of request,nested request, or method call.

Tip:v Use the response timeline to compare response times across requests, nested requests,

and method calls.v When an event is an external call, an external call icon is displayed in the event type

column.v Select any trace to filter the Request context and the Request stack trace tables for the

specific request. To remove the filtering, click Clear Selection.v Expand a request in the method trace table to view subrequests that were called by the

request.

The following KPIs for the group widget are derived from the attributes as described:v Children: The order ID of child methods. This data is derived from the

ChildrenOrderId attribute in the KSV REQUEST TRACE data set.v CPU time (ms): The CPU time (in milliseconds) of the method call or request. This data

is derived from the CpuTime attribute in the KSV REQUEST TRACE data set.


v Event Name: The name of the event. This data is derived from the EventNameattribute in the KSV REQUEST TRACE data set.

v Event Type: The type of event. This data is derived from the EventType attribute in theKSV REQUEST TRACE data set.

v Response Time (ms): The response time (in milliseconds) of the trace method. In theMethod Trace group widget, a timeline represents the duration of the response time.This data is derived from the ResponseTime attribute in the KSV REQUEST TRACEdata set.

Request contextDisplays the SAP NetWeaver Java Stack context of each request. The type of informationin the request context depends on the request type. When you have multiple instances ofa resource in your environment, use the request context to identify which resourceinstance the request used.

The following KPIs for the group widget are derived from the attributes as described:v Name: The parameter name in the name-value pair. This data is derived from the Key

attribute in the KSV REQUEST CONTEXT data set.v Value: The parameter value in the name-value pair. This data is derived from the Value

attribute in the KSV REQUEST CONTEXT data set.

Request stack traceDisplays the stack trace for the selected request or nested request. The data collectortracks the progress of a request. When a violation occurs, the data collector captures astack trace. Use the stack trace to understand the context in which a method call wasmade and to identify and fix looping conditions.

The following KPIs for the group widget are derived from the attributes as described:v Fully Qualified Method Name: The class name, the method name within the class

name, and the relevant line of the source. This data is derived from theFullyQualifiedMethodName attribute in the KSV REQUEST STACK TRACE data set.

Custom viewsAfter you select an application that includes a SAP NetWeaver Java Stack managed resource, select theCustom Views tab to create and display custom dashboard pages with attribute values from the SAPNetWeaver Java Stack agent. You can quickly build monitoring pages for an application and save themfor viewing by you alone or share with other users.


Chapter 3. Thresholds

Thresholds test for certain conditions on your managed systems, such as memory usage over 95%, andraise an event when the conditions have been met.

The agent comes with predefined thresholds that you can use to monitor your SAP NetWeaver Java Stackenvironment.

You can create additional thresholds for the areas of interest.

After you click

System Configuration > Threshold Manager, select SAP NetWeaver Java Stack asthe data source type to see all the available thresholds.

Predefined thresholdsThe thresholds are organized by the data set for which they were written. The SAP NetWeaver Java Stackagent has the following predefined thresholds:

KSV_KSV_CLUSTER_CPU_USAGE_CRITICALThe percentage of processor usage by all the processes has exceeded the critical threshold of 90.

The default configuration has the following SQL syntax:

*IF *VALUE KSV_NetWeaver_Resource_Utilizaion.CPU_Utilization_Percent *GT 90

This threshold is evaluated every 1 minute.

The severity of this threshold is Critical.

KSV_KSV_CLUSTER_CPU_USAGE_WARNThe percentage of processor usage by all the processes has reached the warning threshold, whichis from 71 through 90.


*IF *VALUE KSV_NetWeaver_Resource_Utilizaion.CPU_Utilization_Percent *GT 70 *AND *VALUEKSV_NetWeaver_Resource_Utilizaion.CPU_Utilization_Percent *LE 90


The severity of this threshold is Warning.

KSV_KSV_CLUSTER_DISK_USAGE_CRITICALThe percentage of disk space usage has exceeded the critical threshold of 90.


*IF *VALUE KSV_NetWeaver_Resource_Utilizaion.Used_Disk_Space_Percent *GT 90



KSV_KSV_CLUSTER_DISK_USAGE_WARNThe percentage of disk space usage has reached the warning threshold, which is from 70 through90.


*IF *VALUE KSV_NetWeaver_Resource_Utilizaion.Used_Disk_Space_Percent *GT 70 *AND *VALUEKSV_NetWeaver_Resource_Utilizaion.Used_Disk_Space_Percent *LE 90




KSV_KSV_CLUSTER_INS_STATUS_INACTIVEThe SAP NetWeaver Java instance is in the critical state because the instance is inactive.


*IF *VALUE KSV_NetWeaver_J2EE_Instance.State *EQ Inactive



KSV_KSV_CLUSTER_MEM_USAGE_CRITICALThe percentage of physical memory that is used on the cluster node has exceeded the criticalthreshold of 90.


*IF *VALUE KSV_NetWeaver_Resource_Utilizaion.Memory_Utilization_Percent *GT 90



KSV_KSV_CLUSTER_MEM_USAGE_WARNThe percentage of physical memory that is used on the cluster node has reached the warningthreshold, which is from 70 through 90.


*IF *VALUE KSV_NetWeaver_Resource_Utilizaion.Memory_Utilization_Percent *GT 70 *AND*VALUE KSV_NetWeaver_Resource_Utilizaion.Memory_Utilization_Percent *LE 90



KSV_KSV_INS_CACHE_HITS_CRITICALThe percentage of cache hit ratio of the configuration manager is less than the critical threshold of60.


*IF *VALUE KSV_NetWeaver_Configuration_Manager.Cache_Hit_Percent *LE 60

This threshold is evaluated every 15 minutes.


KSV_KSV_INS_CACHE_HITS_WARNINGThe percentage of cache hit ratio of the configuration manager is in the warning state, which isfrom 60 through 80.


*IF *VALUE KSV_NetWeaver_Configuration_Manager.Cache_Hit_Percent *GT 60 *AND *VALUEKSV_NetWeaver_Configuration_Manager.Cache_Hit_Percent *LE 80

This threshold is evaluated every 15 minutes.


KSV_KSV_SAP_NW_JAVA_SYSTEM_DOWNThe SAP NetWeaver Java system is in the critical state because the system is down.



*IF *VALUE KSV_NetWeaver_J2EE_Cluster.Status *EQ NotRunning



Customized thresholdsYou can use the predefined thresholds as a starting point for event monitoring, and create your ownthresholds as conditions arise that you want to monitor. Hover your mouse over a help icon to get userassistance for the field. Click the help tool to open the help system for the Threshold Manager help topic.

The SAP NetWeaver Java Stack agent has many data sets that you can use to create thresholds to monitorfor specific conditions.

Tip: If you are an IBM® Tivoli® Monitoring user, data sets are equivalent to attribute groups.

Chapter 3. Thresholds 19

Chapter 4. Attributes

Attributes are the application properties that are being measured and reported by the Monitoring Agentfor SAP NetWeaver Java Stack. Attributes make up the key performance indicators (KPIs) that arereported, and you can use them to create thresholds for conditions that you want to monitor.

About attributes

Attributes are organized into data sets (also referred to as attribute groups). The values can be selectivelydisplayed in dashboards or used to define a threshold.

The most recent data sample of the attributes in the data set are used after you open a dashboard or starta threshold.

DashboardsAttributes are displayed in the dashboards. The widgets specify which attribute values to requestfrom a monitored resource.

ThresholdsYou can define thresholds that monitor the state of your operating system, database, orapplication and open an event when the threshold is exceeded. You use attributes to definethresholds that describe a condition that you want to test. After the threshold is started, thevalues that are assigned to the attributes in the threshold definition are compared with the valuescollected by the SAP NetWeaver Java Stack agent. After the condition is met, an event isregistered and you are alerted by indicator icons in the Application Performance Dashboardnavigator and the Events tab.

The SAP NetWeaver Java Stack agent comes with predefined thresholds that are enabled and startedwith the agent. If you edit a predefined threshold definition, such as to change a condition orseverity, it is no longer treated as a predefined threshold but considered a custom threshold.

Some attributes names display differently in the Threshold Editor, as shown in parentheses afterthe name, such as “Object Count (OBJECT_COUNT)”.

When the sampled values for the attributes that are referenced in a threshold meet the condition(such as attribute A is greater than 80%), an event is opened. Note the following conditions:v When no data can be collected for a data set, an empty result is returned (no rows of data)v When a specific attribute cannot be collected, the value 0 or “” is returned unless otherwise

specified in a particular attribute (for example, “N/A”)v Any numeric attribute value that is greater than the largest (positive or negative) number that

can be represented by that type returns the corresponding maximum or minimum value. Forexample, the maximum value for a 32-bit number is 2,147,483,647.

These values are displayed as text values that are defined by the data set, such as “Value ExceedsMaximum” or “Value Exceeds Minimum”.

Historical data configurationsThe SAP NetWeaver Java Stack agent collects historical data for key data sets that are shown inthe dashboards. A dashboard page that includes historical views from the managed resourceinstance has a time selector tool for adjusting the time range. With line charts, you can alsocompare the values with a previous day, up to the number of days that have been saved.

Numeric attributes have characteristics that are indicated in parentheses after the data type, such as“(32-bit numeric property)”. A numeric attribute value can be 32-bit or 64-bit or some other size. Thevalue type can be gauge, which means it varies, like a speedometer; counter, which counts and alwaysincreases; or numeric property, such as disk size.


Additional information about attributes

For a list of the data sets, a list of the attributes in each data set, and descriptions of the attributes in theSAP NetWeaver Java Stack agent, see “Data sets for the monitoring agent” and “Attribute descriptions”on page 24.

Data sets for the monitoring agentThe SAP NetWeaver Java Stack agent contains the following data sets.v Data set name: NetWeaver Agent Configuration

– Table name: KSVAGNTCNF– Historical table name: KSV_NETWEAVER_AGENT_CONFIGURATION or KSVAGNTCNF

v Data set name: NetWeaver Agent Configuration INS– Table name: KSVAGTCNFI– Historical table name: KSV_NETWEAVER_AGENT_CONFIGURATION_INS or KSVAGTCNFI

v Data set name: NetWeaver Cluster Heap– Table name: KSVCLSTHDT– Historical table name: KSV_NETWEAVER_CLUSTER_HEAP or KSVCLSTHDT

v Data set name: NetWeaver Configuration Manager– Table name: KSVCNFMGDT– Historical table name: KSV_NETWEAVER_CONFIGURATION_MANAGER or KSVCNFMGDT

v Data set name: NetWeaver Instance Heap– Table name: KSVINSTHDT– Historical table name: KSV_NETWEAVER_INSTANCE_HEAP or KSVINSTHDT

v Data set name: NetWeaver J2EE Cluster– Table name: KSVCLUSTER– Historical table name: KSV_NETWEAVER_J2EE_CLUSTER or KSVCLUSTER

v Data set name: NetWeaver J2EE Instance– Table name: KSVJ2EEINS– Historical table name: KSV_NETWEAVER_J2EE_INSTANCE or KSVJ2EEINS

v Data set name: NetWeaver J2EE Instance Sub– Table name: KSVJ2EINSS– Historical table name: KSV_NETWEAVER_J2EE_INSTANCE_SUB or KSVJ2EINSS

v Data set name: NetWeaver JVM Data Source– Table name: KSVDATASOU– Historical table name: KSV_NETWEAVER_JVM_DATA_SOURCE or KSVDATASOU

v Data set name: NetWeaver JVM Failed Applications– Table name: KSVFLAPLDT– Historical table name: KSV_NETWEAVER_JVM_FAILED_APPLICATIONS or KSVFLAPLDT

v Data set name: NetWeaver JVM GCProblem Reporting– Table name: KSVNWGCREP– Historical table name: KSV_NETWEAVER_JVM_GCPROBLEM_REPORTING or KSVNWGCREP

v Data set name: NetWeaver JVM Logged In Users– Table name: KSVSESUSER– Historical table name: KSV_NETWEAVER_JVM_LOGGED_IN_USERS or KSVSESUSER

v Data set name: NetWeaver JVM Web Container


– Table name: KSVWEBCONT– Historical table name: KSV_NETWEAVER_JVM_WEB_CONTAINER or KSVWEBCONT

v Data set name: NetWeaver License Information– Table name: KSVLICINFO– Historical table name: KSV_NETWEAVER_LICENSE_INFORMATION or KSVLICINFO

v Data set name: NetWeaver Request Analysis– Table name: KSVREQANLY– Historical table name: KSV_NETWEAVER_REQUEST_ANALYSIS or KSVREQANLY

v Data set name: NetWeaver Resource Utilizaion– Table name: KSVRESUTI– Historical table name: KSV_NETWEAVER_RESOURCE_UTILIZAION or KSVRESUTI

v Data set name: NetWeaver Transaction Services– Table name: KSVTRNINFO– Historical table name: KSV_NETWEAVER_TRANSACTION_SERVICES or KSVTRNINFO

v Data set name: NetWeaver User Session Management– Table name: KSVSESSMNT– Historical table name: KSV_NETWEAVER_USER_SESSION_MANAGEMENT or KSVSESSMNT

v Data set name: NetWeaver User Session Management Ins– Table name: KSVSESMNT– Historical table name: KSV_NETWEAVER_USER_SESSION_MANAGEMENT_INS or KSVSESMNT

v Data set name: NWJ Performance Object Status– Table name: KSVNWJPOS– Historical table name: KSV_NWJ_PERFORMANCE_OBJECT_STATUS or KSVNWJPOS

v Data set name: Performance Object Status– Table name: KSVPOBJST– Historical table name: KSV_PERFORMANCE_OBJECT_STATUS or KSVPOBJST

v Data set name: Request Breakdown– Table name: KSVREQBRK– Historical table name: KSV_REQUEST_BREAKDOWN or KSVREQBRK

v Data set name: Request Context– Table name: KSVREQCTX– Historical table name: KSV_REQUEST_CONTEXT or KSVREQCTX

v Data set name: Request Distribution– Table name: KSVREQDIST– Historical table name: KSV_REQUEST_DISTRIBUTION or KSVREQDIST

v Data set name: Request Instance– Table name: KSVREQINST– Historical table name: KSV_REQUEST_INSTANCE or KSVREQINST

v Data set name: Request Stack Trace– Table name: KSVREQSTK– Historical table name: KSV_REQUEST_STACK_TRACE or KSVREQSTK

v Data set name: Request Status– Table name: KSVREQSTTS– Historical table name: KSV_REQUEST_STATUS or KSVREQSTTS

v Data set name: Request Summary

Chapter 4. Attributes 23

– Table name: KSVREQSMRY– Historical table name: KSV_REQUEST_SUMMARY or KSVREQSMRY

v Data set name: Request Trace– Table name: KSVREQTRC– Historical table name: KSV_REQUEST_TRACE or KSVREQTRC

v Data set name: SAP NetWeaver Java Application Servers– Table name: KSVNWJ2EES– Historical table name: KSV_SAP_NETWEAVER_JAVA_APPLICATION_SERVERS or KSVNWJ2EES

v Data set name: Take Action Status– Table name: KSVTACTST– Historical table name: KSV_TAKE_ACTION_STATUS or KSVTACTST

v Data set name: Thread Pool Status– Table name: KSVTHPLST– Historical table name: KSV_THREAD_POOL_STATUS or KSVTHPLST

Attribute descriptionsAttributes in each SAP NetWeaver Java Stack agent data set collect data that the agent uses formonitoring.

The descriptions of the data sets contain information such as description, type, and names for eachattribute in the data set. Some attributes are designated as key attributes. A key attribute is an identifierattribute for the data set.

NetWeaver Agent Configuration data setCentral configuration for transaction tracking

This data set contains the following attributes:

Node attributeThe managed system name of the agent. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: NODE (historical name), Node (caption),ORIGINNODE (attribute name), and ORIGINNODE (column name).

Timestamp attributeThe local time at the agent when the data was collected. The type is string.

The following names are defined for this attribute: TIMESTAMP (historical name), Timestamp(caption), Timestamp (attribute name), and TIMESTAMP (column name).

TT Value attributeThe value for transaction tracking e.g. enable or disable This attribute is a key attribute. The typeis string.

The following names are defined for this attribute: TT_VALUE or TT_VAL (historical name), TTValue (caption), TT_Value (attribute name), and TT_VAL (column name).

NetWeaver Agent Configuration INS data setCentral configuration for Deep Dive


DD Value attributeThe value for Deep dive e.g enable or disable The type is string.


The following names are defined for this attribute: DD_VALUE or DD_VAL (historical name), DDValue (caption), DD_Value (attribute name), and DD_VAL (column name).

Method Trace attributeThe value for method trace e.g enable or disable This attribute is a key attribute. The type isstring.

The following names are defined for this attribute: METHOD_TRACE or MTRACE_VAL(historical name), Method Trace (caption), Method_Trace (attribute name), and MTRACE_VAL(column name).





NetWeaver Cluster Heap data setThe NetWeaver Cluster Heap is a system level data set that provides information about the heap dumpsthat are generated in the Java virtual machine (JVM) instance.


Archive Size attributeThe archived size (in MB) of heap dumps that are generated in the JVM instance. The value N/Arepresents not archived. The type is string.

The following names are defined for this attribute: ARCHIVE_SIZE or CARCSIZEMB (historicalname), Archive Size (caption), Archive_Size (attribute name), and CARCSIZEMB (column name).

Created Date attributeThe date when the heap dump was generated. The type is string.

The following names are defined for this attribute: CREATED_DATE or CCRTDATE (historicalname), Created Date (caption), Created_Date (attribute name), and CCRTDATE (column name).

Heap Dump File Name attributeThe name of the heap dump file. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: HEAP_DUMP_FILE_NAME or CDMPFNAME(historical name), Heap Dump File Name (caption), Heap_Dump_File_Name (attribute name),and CDMPFNAME (column name).

Host attributeThe host name of the JVM instance where the heap dump is generated. The type is string.

The following names are defined for this attribute: HOST or CHOSTNAME (historical name),Host (caption), Host (attribute name), and CHOSTNAME (column name).

Location attributeThe location where the heap dump file is available. Example: /usr/sap/{SID}/J{instance}/j2ee/cluster/server{node}/ The type is string.

The following names are defined for this attribute: LOCATION or CDMPLOC (historical name),Location (caption), Location (attribute name), and CDMPLOC (column name).




Size attributeThe size of a heap dump file in GB. The type is string.

The following names are defined for this attribute: SIZE or CSIZEINGB (historical name), Size(caption), Size (attribute name), and CSIZEINGB (column name).



NetWeaver Configuration Manager data setThe NetWeaver Configuration Manager is a system level data set that provides information about thecache hit ratio of the configuration manager, which monitors the SAP database.


Cache Hit Percent attributeThe percentage of cache hit ratio of the configuration manager, which monitors the SAP database.The type is integer (32-bit gauge).

The following names are defined for this attribute: CACHE_HIT_PERCENT or HITRATE(historical name), Cache Hit Percent (caption), Cache_Hit_Percent (attribute name), and HITRATE(column name).

JVM ID attributeThe ID of the SAP NetWeaver JVM. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: JVM_ID or JVMID (historical name), JVM ID(caption), JVM_ID (attribute name), and JVMID (column name).





NetWeaver Instance Heap data setThe NetWeaver Instance Heap is an instance level data set that provides information about the heapdumps that are generated in the JVM instance.


Archive Size attributeThe archived size (in MB) of heap dumps that are generated in the JVM instance. The value N/Arepresents Not Archived. The type is string.

The following names are defined for this attribute: ARCHIVE_SIZE or ARCSIZEMB (historicalname), Archive Size (caption), Archive_Size (attribute name), and ARCSIZEMB (column name).

Created Date attributeThe date when the heap dump was generated. The type is string.


The following names are defined for this attribute: CREATED_DATE or CRTDATE (historicalname), Created Date (caption), Created_Date (attribute name), and CRTDATE (column name).

Heap Dump File Name attributeThe file name of the heap dump. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: HEAP_DUMP_FILE_NAME or DMPFNAME(historical name), Heap Dump File Name (caption), Heap_Dump_File_Name (attribute name),and DMPFNAME (column name).

Host attributeThe host name of the JVM instance where the heap dump is generated. The type is string.

The following names are defined for this attribute: HOST or HOSTNAME (historical name), Host(caption), Host (attribute name), and HOSTNAME (column name).

JVM ID attributeThe ID of the SAP NetWeaver JVM. The type is string.


Location attributeThe location where the heap dump file is available. Example: /usr/sap/{SID}/J{instance}/j2ee/cluster/server{node}/ The type is string.

The following names are defined for this attribute: LOCATION or DMPLOC (historical name),Location (caption), Location (attribute name), and DMPLOC (column name).



Size attributeThe size of a heap dump file in GB. The type is string.

The following names are defined for this attribute: SIZE or SIZEINGB (historical name), Size(caption), Size (attribute name), and SIZEINGB (column name).



NetWeaver J2EE Cluster data setThe NetWeaver J2EE Cluster is a system level data set that provides information about the SAP JavaCentral Instance, enqueue service, message service, database, and Java instance.


Active Java Instance Count attributeThe number of SAP NetWeaver Java instances that are active. The type is integer (32-bit gauge).

The following names are defined for this attribute: ACTIVE_JAVA_INSTANCE_COUNT orJ2EEINS (historical name), Active Java Instance Count (caption), Active_Java_Instance_Count(attribute name), and J2EEINS (column name).

Active JVM Count attributeThe number of JVMs that are active in the SAP NetWeaver Java cluster. The type is integer (32-bitgauge).


The following names are defined for this attribute: ACTIVE_JVM_COUNT or JVMS (historicalname), Active JVM Count (caption), Active_JVM_Count (attribute name), and JVMS (columnname).

Caption attributeThe short textual description about the Java instance. The type is string.

The following names are defined for this attribute: CAPTION or CAPTON (historical name),Caption (caption), Caption (attribute name), and CAPTON (column name).

DB Driver Vendor attributeThe name of the vender of the database driver. The type is string.

The following names are defined for this attribute: DB_DRIVER_VENDOR or DBDVEN (historicalname), DB Driver Vendor (caption), DB_Driver_Vendor (attribute name), and DBDVEN (columnname).

DB Driver Version attributeThe version of the database driver. The type is string.

The following names are defined for this attribute: DB_DRIVER_VERSION or DBDVER (historicalname), DB Driver Version (caption), DB_Driver_Version (attribute name), and DBDVER (columnname).

DB Host attributeThe name of the server that contains the SAP database. The type is string.

The following names are defined for this attribute: DB_HOST or DBHOST (historical name), DBHost (caption), DB_Host (attribute name), and DBHOST (column name).

DB IP Address attributeThe IP address of the server that contains the SAP database. The type is string.

The following names are defined for this attribute: DB_IP_ADDRESS or DBHOSTIP (historicalname), DB IP Address (caption), DB_IP_Address (attribute name), and DBHOSTIP (columnname).

DB Name attributeThe name of the database. The type is string.

The following names are defined for this attribute: DB_NAME or DBNAME (historical name), DBName (caption), DB_Name (attribute name), and DBNAME (column name).

DB Port attributeThe port number of the database server. The type is integer (32-bit numeric property).

The following names are defined for this attribute: DB_PORT or DBPORT (historical name), DBPort (caption), DB_Port (attribute name), and DBPORT (column name).

DB Type attributeThe type of database. The type is string.

The following names are defined for this attribute: DB_TYPE or DBTYPE (historical name), DBType (caption), DB_Type (attribute name), and DBTYPE (column name).

Enqueue Server Host attributeThe name of the enqueue server host. The type is string.

The following names are defined for this attribute: ENQUEUE_SERVER_HOST or ENQHOST(historical name), Enqueue Server Host (caption), Enqueue_Server_Host (attribute name), andENQHOST (column name).

Enqueue Server Port attributeThe port number of the enqueue server. The type is integer (32-bit numeric property).


The following names are defined for this attribute: ENQUEUE_SERVER_PORT or ENQPORT(historical name), Enqueue Server Port (caption), Enqueue_Server_Port (attribute name), andENQPORT (column name).

Host attributeThe name of the server that hosts the SAP NetWeaver J2EE cluster. The type is string.

The following names are defined for this attribute: HOST (historical name), Host (caption), Host(attribute name), and HOST (column name).

Inactive Java Instance Count attributeThe number of SAP NetWeaver Java instances that are not active. The type is integer (32-bitgauge).

The following names are defined for this attribute: INACTIVE_JAVA_INSTANCE_COUNT orIAJ2EEINS (historical name), Inactive Java Instance Count (caption), Inactive_Java_Instance_Count(attribute name), and IAJ2EEINS (column name).

Message Server Host attributeThe name of the message server host. The type is string.

The following names are defined for this attribute: MESSAGE_SERVER_HOST or MSGHOST(historical name), Message Server Host (caption), Message_Server_Host (attribute name), andMSGHOST (column name).

Message Server Port attributeThe port number of the message server. The type is integer (32-bit numeric property).

The following names are defined for this attribute: MESSAGE_SERVER_PORT or MSGPORT(historical name), Message Server Port (caption), Message_Server_Port (attribute name), andMSGPORT (column name).

Name attributeThe compound name of the J2EE engine instance. Example: SID.Instance ID.InstanceNumber.System Home.Instance Host Name This attribute is a key attribute. The type is string.

The following names are defined for this attribute: NAME (historical name), Name (caption),Name (attribute name), and NAME (column name).



SID attributeThe system identifier (SID) of the SAP NetWeaver J2EE cluster. This attribute is a key attribute.The type is string.

The following names are defined for this attribute: SID or ENAME (historical name), SID(caption), SID (attribute name), and ENAME (column name).

Status attributeThe status of the host system, such as running or not running. The type is string.

The following names are defined for this attribute: STATUS or STATS (historical name), Status(caption), Status (attribute name), and STATS (column name).




Vendor attributeThe name of the server vendor. The type is string.

The following names are defined for this attribute: VENDOR (historical name), Vendor (caption),Vendor (attribute name), and VENDOR (column name).

Version attributeThe Java implementation version of the SAP NetWeaver J2EE Server. The type is string.

The following names are defined for this attribute: VERSION (historical name), Version (caption),Version (attribute name), and VERSION (column name).

NetWeaver J2EE Instance data setThe NetWeaver J2EE Instance is a system level data set that provides information about the SAPNetWeaver J2EE cluster.


Active Node Count attributeThe number of SAP NetWeaver Java nodes that are active. The type is integer (32-bit gauge).

The following names are defined for this attribute: ACTIVE_NODE_COUNT or NODES(historical name), Active Node Count (caption), Active_Node_Count (attribute name), andNODES (column name).


The following names are defined for this attribute: CAPTION (historical name), Caption (caption),Caption (attribute name), and CAPTION (column name).

Http Port attributeThe access port of the HTTP protocol. The type is integer (32-bit numeric property).

The following names are defined for this attribute: HTTP_PORT or HTTP (historical name), HttpPort (caption), Http_Port (attribute name), and HTTP (column name).

Https Port attributeThe access port of the HTTPS protocol. The type is integer (32-bit numeric property).

The following names are defined for this attribute: HTTPS_PORT or HTTPS (historical name),Https Port (caption), Https_Port (attribute name), and HTTPS (column name).

Instance ID attributeThe ID of the instance. The type is string.

The following names are defined for this attribute: INSTANCE_ID or INSTID (historical name),Instance ID (caption), Instance_ID (attribute name), and INSTID (column name).

IP Address attributeThe IP address of the operation system that was active when the instance was started. The type isstring.

The following names are defined for this attribute: IP_ADDRESS or IPADDR (historical name), IPAddress (caption), IP_Address (attribute name), and IPADDR (column name).

Java Instance ID attributeThe ID of the SAP NetWeaver Java instance. The type is string.

The following names are defined for this attribute: JAVA_INSTANCE_ID or JINSTID (historicalname), Java Instance ID (caption), Java_Instance_ID (attribute name), and JINSTID (columnname).


Name attributeThe name of the SAP NetWeaver Java instance. This attribute is a key attribute. The type isstring.




OS Architecture attributeThe architecture of the operation system that was active when the instance was started. The typeis string.

The following names are defined for this attribute: OS_ARCHITECTURE or OSARCH (historicalname), OS Architecture (caption), OS_Architecture (attribute name), and OSARCH (columnname).

OS Name attributeThe name of the operating system that was active when the instance was started. The type isstring.

The following names are defined for this attribute: OS_NAME or OSNAME (historical name), OSName (caption), OS_Name (attribute name), and OSNAME (column name).

OS Version attributeThe version of the operation system that was active when the instance was started. The type isstring.

The following names are defined for this attribute: OS_VERSION or OSVER (historical name), OSVersion (caption), OS_Version (attribute name), and OSVER (column name).

P4 Port attributeThe access port of the p4 protocol. The type is integer (32-bit numeric property).

The following names are defined for this attribute: P4_PORT or P4 (historical name), P4 Port(caption), P4_Port (attribute name), and P4 (column name).

SAP System Name attributeThe system identifier (SID) of the SAP NetWeaver J2EE cluster. The type is string.

The following names are defined for this attribute: SAP_SYSTEM_NAME or SAPSID (historicalname), SAP System Name (caption), SAP_System_Name (attribute name), and SAPSID (columnname).

Start Template attributeThe name of the template that was active when the instance was started. The type is string.

The following names are defined for this attribute: START_TEMPLATE or STEMP (historicalname), Start Template (caption), Start_Template (attribute name), and STEMP (column name).

State attributeThe state of the SAP NetWeaver J2EE instance, such as active and inactive. The type is string.

The following names are defined for this attribute: STATE (historical name), State (caption), State(attribute name), and STATE (column name).

System Host attributeThe name of the computer where the SAP NetWeaver Java instance is installed. The type isstring.


The following names are defined for this attribute: SYSTEM_HOST or SYSHOST (historicalname), System Host (caption), System_Host (attribute name), and SYSHOST (column name).

Telnet Port attributeThe access port of the telnet protocol. The type is integer (32-bit numeric property).

The following names are defined for this attribute: TELNET_PORT or TELNET (historical name),Telnet Port (caption), Telnet_Port (attribute name), and TELNET (column name).



Working Directory attributeThe working directory of the SAP NetWeaver Java instance. Example: /usr/sap/{SAPSID}/{instance_name}/work directory The type is string.

The following names are defined for this attribute: WORKING_DIRECTORY or WORKDIR(historical name), Working Directory (caption), Working_Directory (attribute name), andWORKDIR (column name).

NetWeaver J2EE Instance Sub data setThe NetWeaver J2EE Instance Sub is an instance level data set that provides information about the SAPNetWeaver J2EE cluster.


Active Node Count attributeThe number of SAP NetWeaver Java nodes that are active. The type is integer (32-bit gauge).

The following names are defined for this attribute: ACTIVE_NODE_COUNT or NODES(historical name), Active Node Count (caption), Active_Node_Count (attribute name), andNODES (column name).


The following names are defined for this attribute: CAPTION (historical name), Caption (caption),Caption (attribute name), and CAPTION (column name).

Http Port attributeThe access port of the HTTP protocol. The type is integer (32-bit numeric property).

The following names are defined for this attribute: HTTP_PORT or HTTP (historical name), HttpPort (caption), Http_Port (attribute name), and HTTP (column name).

Https Port attributeThe access port of the HTTPS protocol. The type is integer (32-bit numeric property).

The following names are defined for this attribute: HTTPS_PORT or HTTPS (historical name),Https Port (caption), Https_Port (attribute name), and HTTPS (column name).

Instance ID attributeThe ID of the instance. The type is string.

The following names are defined for this attribute: INSTANCE_ID or INSTID (historical name),Instance ID (caption), Instance_ID (attribute name), and INSTID (column name).

IP Address attributeThe IP address of the operation system that was active when the instance was started. The type isstring.


The following names are defined for this attribute: IP_ADDRESS or IPADDR (historical name), IPAddress (caption), IP_Address (attribute name), and IPADDR (column name).

Java Instance ID attributeThe ID of the SAP NetWeaver Java instance. The type is string.

The following names are defined for this attribute: JAVA_INSTANCE_ID or JINSTID (historicalname), Java Instance ID (caption), Java_Instance_ID (attribute name), and JINSTID (columnname).

Name attributeThe name of the SAP NetWeaver Java instance. This attribute is a key attribute. The type isstring.




OS Architecture attributeThe architecture of the operation system that was active when the instance was started. The typeis string.

The following names are defined for this attribute: OS_ARCHITECTURE or OSARCH (historicalname), OS Architecture (caption), OS_Architecture (attribute name), and OSARCH (columnname).

OS Name attributeThe name of the operating system that was active when the instance was started. The type isstring.

The following names are defined for this attribute: OS_NAME or OSNAME (historical name), OSName (caption), OS_Name (attribute name), and OSNAME (column name).

OS Version attributeThe version of the operation system that was active when the instance was started. The type isstring.

The following names are defined for this attribute: OS_VERSION or OSVER (historical name), OSVersion (caption), OS_Version (attribute name), and OSVER (column name).

P4 Port attributeThe access port of the p4 protocol. The type is integer (32-bit numeric property).

The following names are defined for this attribute: P4_PORT or P4 (historical name), P4 Port(caption), P4_Port (attribute name), and P4 (column name).

SAP System Name attributeThe system identifier (SID) of the SAP NetWeaver J2EE cluster. The type is string.

The following names are defined for this attribute: SAP_SYSTEM_NAME or SAPSID (historicalname), SAP System Name (caption), SAP_System_Name (attribute name), and SAPSID (columnname).

Start Template attributeThe name of the template that was active when the instance was started. The type is string.

The following names are defined for this attribute: START_TEMPLATE or STEMP (historicalname), Start Template (caption), Start_Template (attribute name), and STEMP (column name).


State attributeThe state of the SAP NetWeaver J2EE instance, such as active and inactive. The type is string.

The following names are defined for this attribute: STATE (historical name), State (caption), State(attribute name), and STATE (column name).

System Home attributeThe name of the computer where the SAP NetWeaver Java instance is installed. The type isstring.

The following names are defined for this attribute: SYSTEM_HOME or SYSHOST (historicalname), System Home (caption), System_Home (attribute name), and SYSHOST (column name).

Telnet Port attributeThe access port of the telnet protocol. The type is integer (32-bit numeric property).

The following names are defined for this attribute: TELNET_PORT or TELNET (historical name),Telnet Port (caption), Telnet_Port (attribute name), and TELNET (column name).



Working Directory attributeThe working directory of the SAP NetWeaver Java instance. Example: /usr/sap/{SAPSID}/{instance_name}/work directory The type is string.

The following names are defined for this attribute: WORKING_DIRECTORY or WORKDIR(historical name), Working Directory (caption), Working_Directory (attribute name), andWORKDIR (column name).

NetWeaver JVM Data Source data setThe NetWeaver JVM Data Source is an instance level data set that provides information about managedconnections that are related to the SQL data source.


Data Source attributeThe Java Naming and Directory Interface (JNDI) name of the data source that is defined in theJava Database Connectivity (JDBC) connector service. This attribute is a key attribute. The type isstring.

The following names are defined for this attribute: DATA_SOURCE or DATASOU (historicalname), Data Source (caption), Data_Source (attribute name), and DATASOU (column name).

Idle Connection Count attributeThe number of connections that are currently in the idle state. The type is integer (32-bit gauge).

The following names are defined for this attribute: IDLE_CONNECTION_COUNT orIDLCONCN (historical name), Idle Connection Count (caption), Idle_Connection_Count (attributename), and IDLCONCN (column name).






SQL Type attributeThe SQL type that is used to access the data source. The type is string.

The following names are defined for this attribute: SQL_TYPE or SQLTYPE (historical name), SQLType (caption), SQL_Type (attribute name), and SQLTYPE (column name).



Used Connection Count attributeThe number of connections that are currently in use. The type is integer (32-bit gauge).

The following names are defined for this attribute: USED_CONNECTION_COUNT orUSCONCNT (historical name), Used Connection Count (caption), Used_Connection_Count(attribute name), and USCONCNT (column name).

Used Connection Rate attributeThe ratio of number of connections that are currently in use to the maximum number ofconnections that are simultaneously open. The type is integer (32-bit gauge).

The following names are defined for this attribute: USED_CONNECTION_RATE or USCONRATE(historical name), Used Connection Rate (caption), Used_Connection_Rate (attribute name), andUSCONRATE (column name).

Waiting Connection Request Count attributeThe number of connection requests that are waiting to be processed. The type is integer (32-bitgauge).

The following names are defined for this attribute:WAITING_CONNECTION_REQUEST_COUNT or WTCNREQCNT (historical name), WaitingConnection Request Count (caption), Waiting_Connection_Request_Count (attribute name), andWTCNREQCNT (column name).

NetWeaver JVM Failed Applications data setThe NetWeaver JVM Failed Applications is an instance level data set that provides information about thefailed applications.


Application Name attributeThe name of the application. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: APPLICATION_NAME or APLNAME(historical name), Application Name (caption), Application_Name (attribute name), andAPLNAME (column name).

Failed Application Count attributeThe number of the failed applications. The type is integer (32-bit gauge).

The following names are defined for this attribute: FAILED_APPLICATION_COUNT orFAPPLCNT (historical name), Failed Application Count (caption), Failed_Application_Count(attribute name), and FAPPLCNT (column name).






Start Error attributeThe error that occurs when you start the application. The type is string.

The following names are defined for this attribute: START_ERROR or STRTERR (historical name),Start Error (caption), Start_Error (attribute name), and STRTERR (column name).

Startup Mode attributeThe startup mode of the application. The type is string.

The following names are defined for this attribute: STARTUP_MODE or STRTMODE (historicalname), Startup Mode (caption), Startup_Mode (attribute name), and STRTMODE (column name).

Status attributeThe status of the application, such as starting, started, upgrading, stopping, stopped, or implicitstopped. The type is string.

The following names are defined for this attribute: STATUS (historical name), Status (caption),Status (attribute name), and STATUS (column name).



NetWeaver JVM GCProblem Reporting data setThe NetWeaver JVM GCProblem Reporting is an instance level data set that provides information aboutGarbage Collector (GC) parameters for each Java instance.


Concurrent GC Ratio attributeThe ratio of the amount of time that was spent for garbage collection to the overall run time ofthe JVM. The type is integer (32-bit gauge).

The following names are defined for this attribute: CONCURRENT_GC_RATIO or CCGCRATIO(historical name), Concurrent GC Ratio (caption), Concurrent_GC_Ratio (attribute name), andCCGCRATIO (column name).

GC Problem attributeThe number of problems that occurred during garbage collection. The type is integer (32-bitgauge).

The following names are defined for this attribute: GC_PROBLEM or GCPROB (historical name),GC Problem (caption), GC_Problem (attribute name), and GCPROB (column name).

GC Ratio attributeThe ratio of the amount of time that was spent for garbage collection to the overall run time ofthe JVM. The type is integer (32-bit gauge).

The following names are defined for this attribute: GC_RATIO or GCRATIO (historical name), GCRatio (caption), GC_Ratio (attribute name), and GCRATIO (column name).


GC Spinning Due to Java Heap attributeThe number of times the concurrent garbage collector spinned because of Java heap. The type isinteger (32-bit gauge).

The following names are defined for this attribute: GC_SPINNING_DUE_TO_JAVA_HEAP orGCDUEJH (historical name), GC Spinning Due to Java Heap (caption),GC_Spinning_Due_to_Java_Heap (attribute name), and GCDUEJH (column name).

GC Spinning Due to Perm Generation attributeThe number of times the concurrent garbage collector spinned because the permanent generationexceeded the expected threshold. The type is integer (32-bit gauge).

The following names are defined for this attribute:GC_SPINNING_DUE_TO_PERM_GENERATION or GCDUEPG (historical name), GC SpinningDue to Perm Generation (caption), GC_Spinning_Due_to_Perm_Generation (attribute name), andGCDUEPG (column name).

Java Heap Memory Shortages attributeThe number of memory shortages that occurred in the Java heap. The type is integer (32-bitgauge).

The following names are defined for this attribute: JAVA_HEAP_MEMORY_SHORTAGES orHMSHORTS (historical name), Java Heap Memory Shortages (caption),Java_Heap_Memory_Shortages (attribute name), and HMSHORTS (column name).





Out of Memory Errors attributeThe number of errors that occurred in the JVM instance because of insufficient memory. The typeis integer (32-bit gauge).

The following names are defined for this attribute: OUT_OF_MEMORY_ERRORS or OOMERRS(historical name), Out of Memory Errors (caption), Out_of_Memory_Errors (attribute name), andOOMERRS (column name).

Perm Gen Memory Shortages attributeThe number of memory shortage occurrences in the permanent generation (GC). The type isinteger (32-bit gauge).

The following names are defined for this attribute: PERM_GEN_MEMORY_SHORTAGES orPGSHORTS (historical name), Perm Gen Memory Shortages (caption),Perm_Gen_Memory_Shortages (attribute name), and PGSHORTS (column name).



NetWeaver JVM Logged In Users data setThe NetWeaver JVM Logged In Users is an instance level data set that provides information about usersthat are currently logged in to the JVM instance.







Security Session Count attributeThe number of security sessions of the users who are currently logged in to the JVM. The type isinteger (32-bit gauge).

The following names are defined for this attribute: SECURITY_SESSION_COUNT or SECSESC(historical name), Security Session Count (caption), Security_Session_Count (attribute name), andSECSESC (column name).



User Name attributeThe name of the user who is logged in to SAP NetWeaver JVM. This attribute is a key attribute.The type is string.

The following names are defined for this attribute: USER_NAME or USERNAME (historicalname), User Name (caption), User_Name (attribute name), and USERNAME (column name).

Web Session Count attributeThe number of web sessions of the users who are currently logged in to the JVM. The type isinteger (32-bit gauge).

The following names are defined for this attribute: WEB_SESSION_COUNT or WEBSESC(historical name), Web Session Count (caption), Web_Session_Count (attribute name), andWEBSESC (column name).

NetWeaver JVM Web Container data setThe NetWeaver JVM Web Container is an instance level data set that provides information about theperformance of the web container for each Java instance.


All Requests Count attributeThe number of all requests that occurred since the server was started. The type is integer (64-bitcounter).

The following names are defined for this attribute: ALL_REQUESTS_COUNT or ALLREQC(historical name), All Requests Count (caption), All_Requests_Count (attribute name), andALLREQC (column name).

Average Processing Time in MS attributeThe average time (in milliseconds) that is required to process the request. The type is integer(64-bit gauge).


The following names are defined for this attribute: AVERAGE_PROCESSING_TIME_IN_MS orAVEPROT (historical name), Average Processing Time in MS (caption),Average_Processing_Time_in_MS (attribute name), and AVEPROT (column name).

Current Http Sessions attributeThe number of HTTP sessions that are currently active in the Java instance. The type is integer(32-bit gauge).

The following names are defined for this attribute: CURRENT_HTTP_SESSIONS or HTTPSES(historical name), Current Http Sessions (caption), Current_Http_Sessions (attribute name), andHTTPSES (column name).

Current Security Sessions attributeThe number of security sessions that are currently created for HTTP clients. The type is integer(32-bit gauge).

The following names are defined for this attribute: CURRENT_SECURITY_SESSIONS or SECSES(historical name), Current Security Sessions (caption), Current_Security_Sessions (attribute name),and SECSES (column name).

Error 500 Count attributeThe number of Error500 error messages that are collected during 24 hours. This count is resetafter every 24 hours. The type is integer (32-bit counter).

The following names are defined for this attribute: ERROR_500_COUNT or ERR500C (historicalname), Error 500 Count (caption), Error_500_Count (attribute name), and ERR500C (columnname).







NetWeaver License Information data setThe NetWeaver License Information is a system level data set that provides information about thecurrently valid license of SAP NetWeaver that is installed.


Begin Date attributeThe date from when the validity period of the license starts. The type is string.

The following names are defined for this attribute: BEGIN_DATE or STRTDATE (historical name),Begin Date (caption), Begin_Date (attribute name), and STRTDATE (column name).

Expiration Date attributeThe date up to when the license is valid. The type is string.


The following names are defined for this attribute: EXPIRATION_DATE or EXPDATE (historicalname), Expiration Date (caption), Expiration_Date (attribute name), and EXPDATE (columnname).

Hardware ID attributeThe hardware key that is required for SAP NetWeaver installation. The type is string.

The following names are defined for this attribute: HARDWARE_ID or HARDWAREID (historicalname), Hardware ID (caption), Hardware_ID (attribute name), and HARDWAREID (columnname).

Installation Number attributeThe 10-digit installation number of SAP NetWeaver that is provided by SAP. The installationpackage includes the installation number. The type is string.

The following names are defined for this attribute: INSTALLATION_NUMBER or INSNO(historical name), Installation Number (caption), Installation_Number (attribute name), andINSNO (column name).



Product Name attributeThe name of the licensed software product. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: PRODUCT_NAME or PRDNAME (historicalname), Product Name (caption), Product_Name (attribute name), and PRDNAME (column name).

Status attributeThe status of the SAP NetWeaver license, such as active, valid, temporary, and expired. The typeis string.

The following names are defined for this attribute: STATUS (historical name), Status (caption),Status (attribute name), and STATUS (column name).

System ID attributeThe system ID of the SAP NetWeaver Java Stack. The type is string.

The following names are defined for this attribute: SYSTEM_ID or SYSID (historical name),System ID (caption), System_ID (attribute name), and SYSID (column name).

System Number attributeA unique 18-digit number that the license department assigns to each SAP NetWeaver system.The type is string.

The following names are defined for this attribute: SYSTEM_NUMBER or SYSNO (historicalname), System Number (caption), System_Number (attribute name), and SYSNO (column name).



Type attributeThe type of license, such as temporary or permanent. The type is string.

The following names are defined for this attribute: TYPE or LICTYPE (historical name), Type(caption), Type (attribute name), and LICTYPE (column name).


Validity Days attributeThe number of days that are remaining from the current day up to the license expiry date. Thisattribute shows the number of remaining days for which the license is valid. The type is string.

The following names are defined for this attribute: VALIDITY_DAYS or VALIDDAYS (historicalname), Validity Days (caption), Validity_Days (attribute name), and VALIDDAYS (column name).

NetWeaver Request Analysis data setThe Request Analysis is a system level data set that provides information about the requests that aremade by the users to the application.


Complete PCT attributeThe percentage of requests that are completed. The type is integer (64-bit gauge).

The following names are defined for this attribute: COMPLETE_PCT or COMPPCT (historicalname), Complete PCT (caption), Complete_PCT (attribute name), and COMPPCT (column name).



Request Details attributeThe details of the request. The type is string.

The following names are defined for this attribute: REQUEST_DETAILS or REQNAME (historicalname), Request Details (caption), Request_Details (attribute name), and REQNAME (columnname).

Request Name attributeThe name of the request. The type is string.

The following names are defined for this attribute: REQUEST_NAME or REQDETAIL (historicalname), Request Name (caption), Request_Name (attribute name), and REQDETAIL (columnname).

Request Response Time attributeThe response time of a request. The type is integer (64-bit gauge).

The following names are defined for this attribute: REQUEST_RESPONSE_TIME or REQRT(historical name), Request Response Time (caption), Request_Response_Time (attribute name),and REQRT (column name).

Request Type attributeThe type of request that is made by the user. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: REQUEST_TYPE or REQTYPE (historicalname), Request Type (caption), Request_Type (attribute name), and REQTYPE (column name).



Total Requests attributeThe total number of requests that the users made to the application. The type is integer (64-bitcounter).

The following names are defined for this attribute: TOTAL_REQUESTS or TOTREQ (historicalname), Total Requests (caption), Total_Requests (attribute name), and TOTREQ (column name).


NetWeaver Resource Utilizaion data setThe NetWeaver Resource Utilization is a system level data set that provides information about theresource usage of the cluster host system.


CPU Utilization Percent attributeThe percentage of CPU usage of the cluster host system. The type is integer (32-bit gauge).

The following names are defined for this attribute: CPU_UTILIZATION_PERCENT orCPUUTIPER (historical name), CPU Utilization Percent (caption), CPU_Utilization_Percent(attribute name), and CPUUTIPER (column name).

Free Disk Space in GB attributeThe free disk space (in GB) that is available in the cluster host system. The type is integer (32-bitgauge).

The following names are defined for this attribute: FREE_DISK_SPACE_IN_GB or FRDSKSPCGB(historical name), Free Disk Space in GB (caption), Free_Disk_Space_in_GB (attribute name), andFRDSKSPCGB (column name).

Free Disk Space Percent attributeThe percent of free disk space that is available in the cluster host system. The type is integer(32-bit gauge).

The following names are defined for this attribute: FREE_DISK_SPACE_PERCENT orFREEDSKSPC (historical name), Free Disk Space Percent (caption), Free_Disk_Space_Percent(attribute name), and FREEDSKSPC (column name).

Host Name attributeThe host name of the SAP NetWeaver JVM. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: HOST_NAME or HOSTNAME (historicalname), Host Name (caption), Host_Name (attribute name), and HOSTNAME (column name).

Memory Utilization Percent attributeThe percentage of memory usage of the cluster host system. The type is integer (32-bit gauge).

The following names are defined for this attribute: MEMORY_UTILIZATION_PERCENT orMEMUTIPER (historical name), Memory Utilization Percent (caption),Memory_Utilization_Percent (attribute name), and MEMUTIPER (column name).





Total Disk Space in GB attributeThe total disk space (in GB) that is available in the cluster host system. The type is integer (32-bitgauge).

The following names are defined for this attribute: TOTAL_DISK_SPACE_IN_GB or TOTDSKSPC(historical name), Total Disk Space in GB (caption), Total_Disk_Space_in_GB (attribute name), andTOTDSKSPC (column name).

Used Disk Space Percent attributeThe percentage of disk space usage of the cluster host system. The type is integer (32-bit gauge).


The following names are defined for this attribute: USED_DISK_SPACE_PERCENT or USEDSKSP(historical name), Used Disk Space Percent (caption), Used_Disk_Space_Percent (attribute name),and USEDSKSP (column name).

NetWeaver Transaction Services data setThe NetWeaver Transaction Services is a system level data set that provides information about thedifferent transactions in the SAP NetWeaver Java cluster.


Count attributeThe number of specific types of transactions. The type is integer (32-bit gauge).

The following names are defined for this attribute: COUNT (historical name), Count (caption),Count (attribute name), and COUNT (column name).





Transaction Type attributeThe type of transaction, such as active, pending, not recovered, suspended, and timedout. Thisattribute is a key attribute. The type is string.

The following names are defined for this attribute: TRANSACTION_TYPE or TRNSTYPE(historical name), Transaction Type (caption), Transaction_Type (attribute name), and TRNSTYPE(column name).

NetWeaver User Session Management data setThe NetWeaver User Session Management is a system level data set that provides information aboutresource consumption according to user sessions.


Active Requests attributeThe number of active requests in the cluster session. The type is string.

The following names are defined for this attribute: ACTIVE_REQUESTS or ACTVEREQ (historicalname), Active Requests (caption), Active_Requests (attribute name), and ACTVEREQ (columnname).

Allocated Memory attributeThe amount of allocated memory (in MB) for a cluster session. The type is string.

The following names are defined for this attribute: ALLOCATED_MEMORY or ALLOCMEM(historical name), Allocated Memory (caption), Allocated_Memory (attribute name), andALLOCMEM (column name).

CPU Usage attributeThe CPU usage (in seconds) by a cluster session. The type is string.

The following names are defined for this attribute: CPU_USAGE or CPUUSAGE (historicalname), CPU Usage (caption), CPU_Usage (attribute name), and CPUUSAGE (column name).


DB Time attributeThe database usage (in seconds) by a cluster session. The type is string.

The following names are defined for this attribute: DB_TIME or DBTIME (historical name), DBTime (caption), DB_Time (attribute name), and DBTIME (column name).

Last Accessed Time attributeThe time stamp when the user last accessed the cluster session. The type is string.

The following names are defined for this attribute: LAST_ACCESSED_TIME or LASTACCTM(historical name), Last Accessed Time (caption), Last_Accessed_Time (attribute name), andLASTACCTM (column name).



Response Time attributeThe maximum response time that is taken by a session among all the cluster sessions. The type isstring.

The following names are defined for this attribute: RESPONSE_TIME or RESTIME (historicalname), Response Time (caption), Response_Time (attribute name), and RESTIME (column name).



Total Requests attributeThe total number of requests for all the cluster sessions. The type is string.

The following names are defined for this attribute: TOTAL_REQUESTS or REQ (historical name),Total Requests (caption), Total_Requests (attribute name), and REQ (column name).

User Name attributeThe name of the user who is logged in to the SAP NetWeaver JVM. This attribute is a keyattribute. The type is string.

The following names are defined for this attribute: USER_NAME or USRNM (historical name),User Name (caption), User_Name (attribute name), and USRNM (column name).

NetWeaver User Session Management Ins data setThe NetWeaver User Session Management is a system level data set that provides information aboutresource consumption according to user sessions.


Active Requests attributeThe number of active requests in the cluster session. The type is string.

The following names are defined for this attribute: ACTIVE_REQUESTS or ACTVEREQ (historicalname), Active Requests (caption), Active_Requests (attribute name), and ACTVEREQ (columnname).

Allocated Memory attributeThe amount of allocated memory (in MB) for a cluster session. The type is string.

The following names are defined for this attribute: ALLOCATED_MEMORY or ALLOCMEM(historical name), Allocated Memory (caption), Allocated_Memory (attribute name), andALLOCMEM (column name).


CPU Usage attributeThe CPU usage (in seconds) by a cluster session. The type is string.

The following names are defined for this attribute: CPU_USAGE or CPUUSAGE (historicalname), CPU Usage (caption), CPU_Usage (attribute name), and CPUUSAGE (column name).

DB Time attributeThe database usage (in seconds) by a cluster session. The type is string.

The following names are defined for this attribute: DB_TIME or DBTIME (historical name), DBTime (caption), DB_Time (attribute name), and DBTIME (column name).

Last Accessed Time attributeThe time stamp when the user last accessed the cluster session. The type is string.

The following names are defined for this attribute: LAST_ACCESSED_TIME or LASTACCTM(historical name), Last Accessed Time (caption), Last_Accessed_Time (attribute name), andLASTACCTM (column name).



Response Time attributeThe maximum response time that is taken by a session among all the cluster sessions. The type isstring.

The following names are defined for this attribute: RESPONSE_TIME or RESTIME (historicalname), Response Time (caption), Response_Time (attribute name), and RESTIME (column name).



Total Requests attributeThe total number of requests for all the cluster sessions. The type is string.

The following names are defined for this attribute: TOTAL_REQUESTS or REQ (historical name),Total Requests (caption), Total_Requests (attribute name), and REQ (column name).

User Name attributeThe name of the user who is logged in to the SAP NetWeaver JVM. This attribute is a keyattribute. The type is string.

The following names are defined for this attribute: USER_NAME or USRNM (historical name),User Name (caption), User_Name (attribute name), and USRNM (column name).

NWJ Performance Object Status data setThe Performance Object Status data set contains information that reflects the status of other data sets soyou can see the status of all performance objects that make up this application all at once. Each of theseother performance data sets is represented by a row in this table (or other type of view). The status for adata set reflects the result of the last attempt to collect data for that data set, so you can see whether theagent is collecting data correctly. Unlike other data sets, the Performance Object Status data set does notreflect the state of the monitored application. This data set is most often used to determine why data isnot available for one of the performance data sets.



Average Collection Duration attributeThe average duration of all data collections of this group in seconds. The type is real number(32-bit counter) with two decimal places of precision with enumerated values. The followingvalues are defined: NO DATA (-100). Any value that does not have a definition here is displayedin the User Interface.

The following names are defined for this attribute: AVERAGE_COLLECTION_DURATION orCOLAVGD (historical name), Average Collection Duration (caption), Average_Collection_Duration(attribute name), and COLAVGD (column name).

Cache Hit Percent attributeThe percentage of external data requests for this group that were satisfied from the cache. Thetype is real number (32-bit counter) with two decimal places of precision.

The following names are defined for this attribute: CACHE_HIT_PERCENT or CACHPCT(historical name), Cache Hit Percent (caption), Cache_Hit_Percent (attribute name), andCACHPCT (column name).

Cache Hits attributeThe number of times an external data request for this group was satisfied from the cache. Thetype is integer (32-bit counter).

The following names are defined for this attribute: CACHE_HITS or CACHEHT (historicalname), Cache Hits (caption), Cache_Hits (attribute name), and CACHEHT (column name).

Cache Misses attributeThe number of times an external data request for this group was not available in the cache. Thetype is integer (32-bit counter).

The following names are defined for this attribute: CACHE_MISSES or CACHEMS (historicalname), Cache Misses (caption), Cache_Misses (attribute name), and CACHEMS (column name).

Error Code attributeThe error code associated with the query. The type is integer with enumerated values. Thefollowing values are defined: NO ERROR (0), GENERAL ERROR (1), OBJECT NOT FOUND (2),COUNTER NOT FOUND (3), NAMESPACE ERROR (4), OBJECT CURRENTLY UNAVAILABLE(5), COM LIBRARY INIT FAILURE (6), SECURITY INIT FAILURE (7), PROXY SECURITYFAILURE (9), NO INSTANCES RETURNED (10), ASSOCIATOR QUERY FAILED (11),REFERENCE QUERY FAILED (12), NO RESPONSE RECEIVED (13), CANNOT FIND JOINEDQUERY (14), CANNOT FIND JOIN ATTRIBUTE IN QUERY 1 RESULTS (15), CANNOT FINDJOIN ATTRIBUTE IN QUERY 2 RESULTS (16), QUERY 1 NOT A SINGLETON (17), QUERY 2NOT A SINGLETON (18), NO INSTANCES RETURNED IN QUERY 1 (19), NO INSTANCESRETURNED IN QUERY 2 (20), CANNOT FIND ROLLUP QUERY (21), CANNOT FIND ROLLUPATTRIBUTE (22), FILE OFFLINE (23), NO HOSTNAME (24), MISSING LIBRARY (25),ATTRIBUTE COUNT MISMATCH (26), ATTRIBUTE NAME MISMATCH (27), COMMON DATAPROVIDER NOT STARTED (28), CALLBACK REGISTRATION ERROR (29), MDL LOAD ERROR(30), AUTHENTICATION FAILED (31), CANNOT RESOLVE HOST NAME (32), SUBNODEUNAVAILABLE (33), SUBNODE NOT FOUND IN CONFIG (34), ATTRIBUTE ERROR (35),CLASSPATH ERROR (36), CONNECTION FAILURE (37), FILTER SYNTAX ERROR (38), FILENAME MISSING (39), SQL QUERY ERROR (40), SQL FILTER QUERY ERROR (41), SQL DBQUERY ERROR (42), SQL DB FILTER QUERY ERROR (43), PORT OPEN FAILED (44), ACCESSDENIED (45), TIMEOUT (46), NOT IMPLEMENTED (47), REQUESTED A BAD VALUE (48),RESPONSE TOO BIG (49), GENERAL RESPONSE ERROR (50), SCRIPT NONZERO RETURN(51), SCRIPT NOT FOUND (52), SCRIPT LAUNCH ERROR (53), CONF FILE DOES NOT EXIST(54), CONF FILE ACCESS DENIED (55), INVALID CONF FILE (56), EIF INITIALIZATIONFAILED (57), CANNOT OPEN FORMAT FILE (58), FORMAT FILE SYNTAX ERROR (59),REMOTE HOST UNAVAILABLE (60), EVENT LOG DOES NOT EXIST (61), PING FILE DOESNOT EXIST (62), NO PING DEVICE FILES (63), PING DEVICE LIST FILE MISSING (64), SNMPMISSING PASSWORD (65), DISABLED (66), URLS FILE NOT FOUND (67), XML PARSE ERROR


(68), NOT INITIALIZED (69), ICMP SOCKETS FAILED (70), DUPLICATE CONF FILE (71),DELETED CONFIGURATION (72). Any value that does not have a definition here is displayed inthe User Interface.

The following names are defined for this attribute: ERROR_CODE or ERRCODE (historicalname), Error Code (caption), Error_Code (attribute name), and ERRCODE (column name).

Intervals Skipped attributeThe number of times a background data collection for this group was skipped because theprevious collection was still running when the next one was due to start. The type is integer(32-bit counter).

The following names are defined for this attribute: INTERVALS_SKIPPED or INTSKIP (historicalname), Intervals Skipped (caption), Intervals_Skipped (attribute name), and INTSKIP (columnname).

Last Collection Duration attributeThe duration of the most recently completed data collection of this group in seconds. The type isreal number (32-bit counter) with two decimal places of precision.

The following names are defined for this attribute: LAST_COLLECTION_DURATION orCOLDURA (historical name), Last Collection Duration (caption), Last_Collection_Duration(attribute name), and COLDURA (column name).

Last Collection Finished attributeThe most recent time a data collection of this group finished. The type is timestamp withenumerated values. The following values are defined: NOT COLLECTED (0691231190000000),NOT COLLECTED (0000000000000001). Any value that does not have a definition here isdisplayed in the User Interface.

The following names are defined for this attribute: LAST_COLLECTION_FINISHED or COLFINI(historical name), Last Collection Finished (caption), Last_Collection_Finished (attribute name),and COLFINI (column name).

Last Collection Start attributeThe most recent time a data collection of this group started. The type is timestamp withenumerated values. The following values are defined: NOT COLLECTED (0691231190000000),NOT COLLECTED (0000000000000001). Any value that does not have a definition here isdisplayed in the User Interface.

The following names are defined for this attribute: LAST_COLLECTION_START or COLSTRT(historical name), Last Collection Start (caption), Last_Collection_Start (attribute name), andCOLSTRT (column name).



Number of Collections attributeThe number of data collections for this group since the agent started. The type is integer (32-bitcounter).

The following names are defined for this attribute: NUMBER_OF_COLLECTIONS or NUMCOLL(historical name), Number of Collections (caption), Number_of_Collections (attribute name), andNUMCOLL (column name).

Object Name attributeThe name of the performance object. The type is string.

The following names are defined for this attribute: OBJECT_NAME or OBJNAME (historicalname), Object Name (caption), Object_Name (attribute name), and OBJNAME (column name).


Object Status attributeThe status of the performance object. The type is integer with enumerated values. The followingvalues are defined: ACTIVE (0), INACTIVE (1). Any value that does not have a definition here isdisplayed in the User Interface.

The following names are defined for this attribute: OBJECT_STATUS or OBJSTTS (historicalname), Object Status (caption), Object_Status (attribute name), and OBJSTTS (column name).

Object Type attributeThe type of the performance object. The type is integer with enumerated values. The followingvalues are defined: WMI (0), PERFMON (1), WMI ASSOCIATION GROUP (2), JMX (3), SNMP(4), SHELL COMMAND (5), JOINED GROUPS (6), CIMOM (7), CUSTOM (8), ROLLUP DATA (9),WMI REMOTE DATA (10), LOG FILE (11), JDBC (12), CONFIG DISCOVERY (13), NT EVENTLOG (14), FILTER (15), SNMP EVENT (16), PING (17), DIRECTOR DATA (18), DIRECTOREVENT (19), SSH REMOTE SHELL COMMAND (20). Any value that does not have a definitionhere is displayed in the User Interface.

The following names are defined for this attribute: OBJECT_TYPE or OBJTYPE (historical name),Object Type (caption), Object_Type (attribute name), and OBJTYPE (column name).

Query Name attributeThe name of the attribute group. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: QUERY_NAME or ATTRGRP (historicalname), Query Name (caption), Query_Name (attribute name), and ATTRGRP (column name).

Refresh Interval attributeThe interval at which this group is refreshed in seconds. The type is integer (32-bit counter).

The following names are defined for this attribute: REFRESH_INTERVAL or REFRINT (historicalname), Refresh Interval (caption), Refresh_Interval (attribute name), and REFRINT (columnname).



Performance Object Status data setThe Performance Object Status data set contains information that reflects the status of other data sets soyou can see the status of all performance objects that make up this application all at once. Each of theseother performance data sets is represented by a row in this table (or other type of view). The status for adata set reflects the result of the last attempt to collect data for that data set, so you can see whether theagent is collecting data correctly. Unlike other data sets, the Performance Object Status data set does notreflect the state of the monitored application. This data set is most often used to determine why data isnot available for one of the performance data sets.


Average Collection Duration attributeThe average duration of all data collections of this group in seconds. The type is real number(32-bit counter) with two decimal places of precision with enumerated values. The followingvalues are defined: NO DATA (-100). Any value that does not have a definition here is displayedin the User Interface.

The following names are defined for this attribute: AVERAGE_COLLECTION_DURATION orCOLAVGD (historical name), Average Collection Duration (caption), Average_Collection_Duration(attribute name), and COLAVGD (column name).


Cache Hit Percent attributeThe percentage of external data requests for this group that were satisfied from the cache. Thetype is real number (32-bit counter) with two decimal places of precision.

The following names are defined for this attribute: CACHE_HIT_PERCENT or CACHPCT(historical name), Cache Hit Percent (caption), Cache_Hit_Percent (attribute name), andCACHPCT (column name).

Cache Hits attributeThe number of times an external data request for this group was satisfied from the cache. Thetype is integer (32-bit counter).

The following names are defined for this attribute: CACHE_HITS or CACHEHT (historicalname), Cache Hits (caption), Cache_Hits (attribute name), and CACHEHT (column name).

Cache Misses attributeThe number of times an external data request for this group was not available in the cache. Thetype is integer (32-bit counter).

The following names are defined for this attribute: CACHE_MISSES or CACHEMS (historicalname), Cache Misses (caption), Cache_Misses (attribute name), and CACHEMS (column name).

Error Code attributeThe error code associated with the query. The type is integer with enumerated values. Thefollowing values are defined: NO ERROR (0), GENERAL ERROR (1), OBJECT NOT FOUND (2),COUNTER NOT FOUND (3), NAMESPACE ERROR (4), OBJECT CURRENTLY UNAVAILABLE(5), COM LIBRARY INIT FAILURE (6), SECURITY INIT FAILURE (7), PROXY SECURITYFAILURE (9), NO INSTANCES RETURNED (10), ASSOCIATOR QUERY FAILED (11),REFERENCE QUERY FAILED (12), NO RESPONSE RECEIVED (13), CANNOT FIND JOINEDQUERY (14), CANNOT FIND JOIN ATTRIBUTE IN QUERY 1 RESULTS (15), CANNOT FINDJOIN ATTRIBUTE IN QUERY 2 RESULTS (16), QUERY 1 NOT A SINGLETON (17), QUERY 2NOT A SINGLETON (18), NO INSTANCES RETURNED IN QUERY 1 (19), NO INSTANCESRETURNED IN QUERY 2 (20), CANNOT FIND ROLLUP QUERY (21), CANNOT FIND ROLLUPATTRIBUTE (22), FILE OFFLINE (23), NO HOSTNAME (24), MISSING LIBRARY (25),ATTRIBUTE COUNT MISMATCH (26), ATTRIBUTE NAME MISMATCH (27), COMMON DATAPROVIDER NOT STARTED (28), CALLBACK REGISTRATION ERROR (29), MDL LOAD ERROR(30), AUTHENTICATION FAILED (31), CANNOT RESOLVE HOST NAME (32), SUBNODEUNAVAILABLE (33), SUBNODE NOT FOUND IN CONFIG (34), ATTRIBUTE ERROR (35),CLASSPATH ERROR (36), CONNECTION FAILURE (37), FILTER SYNTAX ERROR (38), FILENAME MISSING (39), SQL QUERY ERROR (40), SQL FILTER QUERY ERROR (41), SQL DBQUERY ERROR (42), SQL DB FILTER QUERY ERROR (43), PORT OPEN FAILED (44), ACCESSDENIED (45), TIMEOUT (46), NOT IMPLEMENTED (47), REQUESTED A BAD VALUE (48),RESPONSE TOO BIG (49), GENERAL RESPONSE ERROR (50), SCRIPT NONZERO RETURN(51), SCRIPT NOT FOUND (52), SCRIPT LAUNCH ERROR (53), CONF FILE DOES NOT EXIST(54), CONF FILE ACCESS DENIED (55), INVALID CONF FILE (56), EIF INITIALIZATIONFAILED (57), CANNOT OPEN FORMAT FILE (58), FORMAT FILE SYNTAX ERROR (59),REMOTE HOST UNAVAILABLE (60), EVENT LOG DOES NOT EXIST (61), PING FILE DOESNOT EXIST (62), NO PING DEVICE FILES (63), PING DEVICE LIST FILE MISSING (64), SNMPMISSING PASSWORD (65), DISABLED (66), URLS FILE NOT FOUND (67), XML PARSE ERROR(68), NOT INITIALIZED (69), ICMP SOCKETS FAILED (70), DUPLICATE CONF FILE (71),DELETED CONFIGURATION (72). Any value that does not have a definition here is displayed inthe User Interface.

The following names are defined for this attribute: ERROR_CODE or ERRCODE (historicalname), Error Code (caption), Error_Code (attribute name), and ERRCODE (column name).

Intervals Skipped attributeThe number of times a background data collection for this group was skipped because theprevious collection was still running when the next one was due to start. The type is integer(32-bit counter).


The following names are defined for this attribute: INTERVALS_SKIPPED or INTSKIP (historicalname), Intervals Skipped (caption), Intervals_Skipped (attribute name), and INTSKIP (columnname).

Last Collection Duration attributeThe duration of the most recently completed data collection of this group in seconds. The type isreal number (32-bit counter) with two decimal places of precision.

The following names are defined for this attribute: LAST_COLLECTION_DURATION orCOLDURA (historical name), Last Collection Duration (caption), Last_Collection_Duration(attribute name), and COLDURA (column name).

Last Collection Finished attributeThe most recent time a data collection of this group finished. The type is timestamp withenumerated values. The following values are defined: NOT COLLECTED (0691231190000000),NOT COLLECTED (0000000000000001). Any value that does not have a definition here isdisplayed in the User Interface.

The following names are defined for this attribute: LAST_COLLECTION_FINISHED or COLFINI(historical name), Last Collection Finished (caption), Last_Collection_Finished (attribute name),and COLFINI (column name).

Last Collection Start attributeThe most recent time a data collection of this group started. The type is timestamp withenumerated values. The following values are defined: NOT COLLECTED (0691231190000000),NOT COLLECTED (0000000000000001). Any value that does not have a definition here isdisplayed in the User Interface.

The following names are defined for this attribute: LAST_COLLECTION_START or COLSTRT(historical name), Last Collection Start (caption), Last_Collection_Start (attribute name), andCOLSTRT (column name).



Number of Collections attributeThe number of data collections for this group since the agent started. The type is integer (32-bitcounter).

The following names are defined for this attribute: NUMBER_OF_COLLECTIONS or NUMCOLL(historical name), Number of Collections (caption), Number_of_Collections (attribute name), andNUMCOLL (column name).

Object Name attributeThe name of the performance object. The type is string.

The following names are defined for this attribute: OBJECT_NAME or OBJNAME (historicalname), Object Name (caption), Object_Name (attribute name), and OBJNAME (column name).

Object Status attributeThe status of the performance object. The type is integer with enumerated values. The followingvalues are defined: ACTIVE (0), INACTIVE (1). Any value that does not have a definition here isdisplayed in the User Interface.

The following names are defined for this attribute: OBJECT_STATUS or OBJSTTS (historicalname), Object Status (caption), Object_Status (attribute name), and OBJSTTS (column name).

Object Type attributeThe type of the performance object. The type is integer with enumerated values. The followingvalues are defined: WMI (0), PERFMON (1), WMI ASSOCIATION GROUP (2), JMX (3), SNMP


(4), SHELL COMMAND (5), JOINED GROUPS (6), CIMOM (7), CUSTOM (8), ROLLUP DATA (9),WMI REMOTE DATA (10), LOG FILE (11), JDBC (12), CONFIG DISCOVERY (13), NT EVENTLOG (14), FILTER (15), SNMP EVENT (16), PING (17), DIRECTOR DATA (18), DIRECTOREVENT (19), SSH REMOTE SHELL COMMAND (20). Any value that does not have a definitionhere is displayed in the User Interface.

The following names are defined for this attribute: OBJECT_TYPE or OBJTYPE (historical name),Object Type (caption), Object_Type (attribute name), and OBJTYPE (column name).

Query Name attributeThe name of the attribute group. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: QUERY_NAME or ATTRGRP (historicalname), Query Name (caption), Query_Name (attribute name), and ATTRGRP (column name).

Refresh Interval attributeThe interval at which this group is refreshed in seconds. The type is integer (32-bit counter).

The following names are defined for this attribute: REFRESH_INTERVAL or REFRINT (historicalname), Refresh Interval (caption), Refresh_Interval (attribute name), and REFRINT (columnname).



Request Breakdown data setThe Request Breakdown data set provides information about the request type and percentage of time thatis spent on the request.


Context attributeThe context. The type is string.

The following names are defined for this attribute: CONTEXT or CONTXT (historical name),Context (caption), Context (attribute name), and CONTXT (column name).

Context Link attributeThe context link. The type is string.

The following names are defined for this attribute: CONTEXTLINK or CONTXT_LNK (historicalname), Context Link (caption), ContextLink (attribute name), and CONTXT_LNK (column name).



Percent attributeThe percentage of time that the request spent on a particular request type. The type is integer(32-bit gauge).

The following names are defined for this attribute: PERCENT (historical name), Percent (caption),Percent (attribute name), and PERCENT (column name).

Request Type attributeThe type of request. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: REQUESTTYPE or REQ_TYPE (historicalname), Request Type (caption), RequestType (attribute name), and REQ_TYPE (column name).




Request Context data setThe Request Context data set provides the context information about the requests.






Key attributeThe parameter name in the name-value pair. The type is string.

The following names are defined for this attribute: KEY or VNAME (historical name), Key(caption), Key (attribute name), and VNAME (column name).



Request ID attributeThe ID of the request. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: REQUESTID or REQID (historical name),Request ID (caption), RequestID (attribute name), and REQID (column name).



Value attributeThe parameter value in the name-value pair. The type is string.

The following names are defined for this attribute: VALUE or VAL (historical name), Value(caption), Value (attribute name), and VAL (column name).

Request Distribution data setThe Request Distribution data set provides information about the percentile value and upper-boundresponse time of the requests.





Context Link attributeThe context link. This attribute is a key attribute. The type is string.




Percentile Value attributeThe percentile value. The type is integer (32-bit gauge).

The following names are defined for this attribute: PERCENTILEVALUE or PV (historical name),Percentile Value (caption), PercentileValue (attribute name), and PV (column name).



Upper Bound attributeThe upper-bound response time (in milliseconds) for the percentile value. The type is integer(32-bit gauge).

The following names are defined for this attribute: UPPERBOUND or UB (historical name),Upper Bound (caption), UpperBound (attribute name), and UB (column name).

Request Instance data setThe Request Instance data set provides information about the request instance, such as type, cache ID,CPU time, percentile value, response time, and thread ID.


Cache ID attributeThe cache ID of the request instance. The type is string.

The following names are defined for this attribute: CACHEID or CACHE_ID (historical name),Cache ID (caption), CacheID (attribute name), and CACHE_ID (column name).





CPU Time attributeThe CPU time (in milliseconds) of the request instance. The type is integer (32-bit gauge).

The following names are defined for this attribute: CPUTIME or REQ_CPU (historical name),CPU Time (caption), CPUTime (attribute name), and REQ_CPU (column name).




Percentile Value attributeThe percentile value of the request. The type is string.

The following names are defined for this attribute: PERCENTILEVALUE or PV (historical name),Percentile Value (caption), PercentileValue (attribute name), and PV (column name).

Request ID attributeThe ID of the request. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: REQUESTID or REQ_ID (historical name),Request ID (caption), RequestID (attribute name), and REQ_ID (column name).


The following names are defined for this attribute: REQUESTNAME or REQ_NAME (historicalname), Request Name (caption), RequestName (attribute name), and REQ_NAME (column name).

Request Type attributeThe type of request that is being run. The type is string.


Response Time attributeThe response time (in milliseconds) of the request instance. The type is integer (32-bit gauge).

The following names are defined for this attribute: RESPONSETIME or REQ_RESP (historicalname), Response Time (caption), ResponseTime (attribute name), and REQ_RESP (column name).

Thread ID attributeThe ID of the thread that processed the request. The type is string.

The following names are defined for this attribute: THREADID or REQ_TH_ID (historical name),Thread ID (caption), ThreadID (attribute name), and REQ_TH_ID (column name).

Time Stamp attributeThe time when the request instance started. The type is timestamp.

The following names are defined for this attribute: REQUESTTIMESTAMP or REQ_TMSTMP(historical name), Time Stamp (caption), RequestTimestamp (attribute name), and REQ_TMSTMP(column name).



Request Stack Trace data setThe Request Stack Trace data set provides information about the call to the requests, the nested requests,and the method calls.







Event ID attributeThe event identifier. The type is string.

The following names are defined for this attribute: EVENTID or EVTID (historical name), EventID (caption), EventID (attribute name), and EVTID (column name).

Fully Qualified Method Name attributeThe class name, the method name within the class name, and the relevant line of the source. Thetype is string.

The following names are defined for this attribute: FULLYQUALIFIEDMETHODNAME orFMTHD_NAME (historical name), Fully Qualified Method Name (caption),FullyQualifiedMethodName (attribute name), and FMTHD_NAME (column name).



Order ID attributeThe order in which the call to the request, the nested request, or the method call is made. Thetype is integer (32-bit counter).

The following names are defined for this attribute: ORDERID or ORDID (historical name), OrderID (caption), OrderID (attribute name), and ORDID (column name).

Request ID attributeThe request identifier. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: REQUESTID or REQID (historical name),Request ID (caption), RequestID (attribute name), and REQID (column name).



Request Status data setThe Request Status data set provides information about the status of the request, such as average CPUtime, average response time, maximum response time, and minimum response time.


Avg CPU Time attributeThe average CPU time (in milliseconds) for a particular request. The type is integer (32-bitgauge).

The following names are defined for this attribute: AVGCPUTIME or AVG_CPU (historical name),Avg CPU Time (caption), AvgCPUTime (attribute name), and AVG_CPU (column name).

Avg Response Time attributeThe average response time (in milliseconds) for a particular request. The type is integer (32-bitgauge).


The following names are defined for this attribute: AVGRESPONSETIME or AVG_RESP (historicalname), Avg Response Time (caption), AvgResponseTime (attribute name), and AVG_RESP(column name).

Cache ID attributeThe cache ID of the request type. The type is string.






End Record Date Time attributeThe end date and time of the sampled period for all summary records. The type is timestamp.

The following names are defined for this attribute: ENDRECORDDATETIME or EREC_DTTIM(historical name), End Record Date Time (caption), EndRecordDateTime (attribute name), andEREC_DTTIM (column name).

ID attributeThe ID of the request type. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: ID or REQ_SUM_ID (historical name), ID(caption), ID (attribute name), and REQ_SUM_ID (column name).

Max Response Time attributeThe maximum response time (in milliseconds) for a particular request. The type is integer (32-bitgauge).

The following names are defined for this attribute: MAXRESPONSETIME or MAX_RESP(historical name), Max Response Time (caption), MaxResponseTime (attribute name), andMAX_RESP (column name).

Min Response Time attributeThe minimum response time (in milliseconds) for a particular request. The type is integer (32-bitgauge).

The following names are defined for this attribute: MINRESPONSETIME or MIN_RESP (historicalname), Min Response Time (caption), MinResponseTime (attribute name), and MIN_RESP(column name).



Request Count attributeThe total number of requests for a particular request name. The type is integer (32-bit counter).

The following names are defined for this attribute: REQUESTCOUNT or REQ_COUNTT(historical name), Request Count (caption), RequestCount (attribute name), and REQ_COUNTT(column name).


Request Name attributeThe request name. The type is string.


Request Type attributeThe type of request. The type is string.


Sample Req Instances attributeThe total amount of sampled request instances. The type is string.

The following names are defined for this attribute: SAMPLEREQINSTANCES or SAMP_INST(historical name), Sample Req Instances (caption), SampleReqInstances (attribute name), andSAMP_INST (column name).

Start Record Date Time attributeThe start date and time of the sampled period for all summary records. The type is timestamp.

The following names are defined for this attribute: STARTRECORDDATETIME or SREC_DTTIM(historical name), Start Record Date Time (caption), StartRecordDateTime (attribute name), andSREC_DTTIM (column name).



Request Summary data setThe Request Summary data set provides summary information of a particular request.


Average CPU Time attributeThe average CPU time (in milliseconds) for requests of a particular request name. The type isinteger (32-bit gauge).

The following names are defined for this attribute: AVGCPUTIME or AVG_CPU (historical name),Average CPU Time (caption), AvgCPUTime (attribute name), and AVG_CPU (column name).

Average Response Time attributeThe average response time (in milliseconds) for requests of a particular request name. The type isinteger (32-bit gauge).

The following names are defined for this attribute: AVGRESPONSETIME or AVG_RESP (historicalname), Average Response Time (caption), AvgResponseTime (attribute name), and AVG_RESP(column name).

Cache ID attributeThe cache ID of the request type. The type is string.







End Record Date Time attributeThe end date and time of the sampled period for all records. The type is timestamp.

The following names are defined for this attribute: ENDRECORDDATETIME or EREC_DTTIM(historical name), End Record Date Time (caption), EndRecordDateTime (attribute name), andEREC_DTTIM (column name).

ID attributeThe ID of the request type. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: ID or REQ_SUM_ID (historical name), ID(caption), ID (attribute name), and REQ_SUM_ID (column name).

Maximum Response Time attributeThe maximum response time (in milliseconds) for a particular request. The type is integer (32-bitgauge).

The following names are defined for this attribute: MAXRESPONSETIME or MAX_RESP(historical name), Maximum Response Time (caption), MaxResponseTime (attribute name), andMAX_RESP (column name).

Minimum Response Time attributeThe minimum response time (in milliseconds) for a particular request. The type is integer (32-bitgauge).

The following names are defined for this attribute: MINRESPONSETIME or MIN_RESP (historicalname), Minimum Response Time (caption), MinResponseTime (attribute name), and MIN_RESP(column name).



Request Count attributeThe total number of requests for a particular request name. The type is integer (32-bit counter).

The following names are defined for this attribute: REQUESTCOUNT or REQ_COUNTT(historical name), Request Count (caption), RequestCount (attribute name), and REQ_COUNTT(column name).



Request Type attributeThe type of request. The type is string.


Sample Request Instances attributeThe total amount of sampled request instances. The type is string.


The following names are defined for this attribute: SAMPLEREQINSTANCES or SAMP_INST(historical name), Sample Request Instances (caption), SampleReqInstances (attribute name), andSAMP_INST (column name).

Start Record Date Time attributeThe start date and time of the sampled period for all records. The type is timestamp.

The following names are defined for this attribute: STARTRECORDDATETIME or SREC_DTTIM(historical name), Start Record Date Time (caption), StartRecordDateTime (attribute name), andSREC_DTTIM (column name).



Request Trace data setThe Request Trace data set provides information about the method call relationship.


Cache ID attributeThe cache ID of the request trace. The type is string.


Children Order ID attributeThe order ID of child methods. The type is string.

The following names are defined for this attribute: CHILDRENORDERID or CHLD_OR_ID(historical name), Children Order ID (caption), ChildrenOrderId (attribute name), andCHLD_OR_ID (column name).





CPU Time attributeThe CPU time (in milliseconds) of the method call or request. The type is integer (32-bit gauge).

The following names are defined for this attribute: CPUTIME or CPU_TME (historical name),CPU Time (caption), CpuTime (attribute name), and CPU_TME (column name).

Depth attributeThe depth of the method call or request. The type is integer (32-bit gauge).

The following names are defined for this attribute: DEPTH (historical name), Depth (caption),Depth (attribute name), and DEPTH (column name).

Event ID attributeThe ID of the event. The type is string.

The following names are defined for this attribute: EVENTID or EVENT_ID (historical name),Event ID (caption), EventId (attribute name), and EVENT_ID (column name).


Event Name attributeThe name of the event. The type is string.

The following names are defined for this attribute: EVENTNAME or EVENT_NAME (historicalname), Event Name (caption), EventName (attribute name), and EVENT_NAME (column name).

Event Type attributeThe type of event. The type is string.

The following names are defined for this attribute: EVENTTYPE or EVENT_TYPE (historicalname), Event Type (caption), EventType (attribute name), and EVENT_TYPE (column name).



Order ID attributeThe order ID of the method call or request. The type is string.

The following names are defined for this attribute: ORDERID or ORDER_ID (historical name),Order ID (caption), OrderId (attribute name), and ORDER_ID (column name).

Parent Request ID attributeThe ID of the parent request. The type is string.

The following names are defined for this attribute: PARENTREQUESTID or PRT_REQ_ID(historical name), Parent Request ID (caption), ParentRequestID (attribute name), andPRT_REQ_ID (column name).

Post Time attributeThe end time (in milliseconds) of the trace method. The attribute is used by the Method Tracegroup widget to calculate the duration of the trace method response time. A timeline is used torepresent the duration. The type is integer (32-bit gauge).

The following names are defined for this attribute: POSTTIME or REQ_POST (historical name),Post Time (caption), PostTime (attribute name), and REQ_POST (column name).

Pre Time attributeThe start time (in milliseconds) of the trace method. The attribute is used by the Method Tracegroup widget to calculate the duration of the trace method response time. A timeline is used torepresent the duration. The type is integer (32-bit gauge).

The following names are defined for this attribute: PRETIME or REQ_PRET (historical name), PreTime (caption), PreTime (attribute name), and REQ_PRET (column name).

Response Time attributeThe response time (in milliseconds) of the trace method. In the Method Trace group widget, atimeline represents the duration of the response time. The type is integer (32-bit gauge).

The following names are defined for this attribute: RESPONSETIME or REQ_RESP (historicalname), Response Time (caption), ResponseTime (attribute name), and REQ_RESP (column name).

Start Time attributeThe start time of the method call or request. The type is integer (32-bit gauge).

The following names are defined for this attribute: STARTTIME or START_TME (historical name),Start Time (caption), StartTime (attribute name), and START_TME (column name).




SAP NetWeaver Java Application Servers data setThe SAP NetWeaver Java Application Servers is an instance level data set that provides informationabout the SAP NetWeaver Java Application Server instances that are being monitored.




Subnode Affinity attributeThe affinity of this subnode. The type is string.

The following names are defined for this attribute: SUBNODE_AFFINITY or SN_AFFIN(historical name), Subnode Affinity (caption), Subnode_Affinity (attribute name), and SN_AFFIN(column name).

Subnode MSN attributeThe Managed System Name of this subnode. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: SUBNODE_MSN or SN_MSN (historicalname), Subnode MSN (caption), Subnode_MSN (attribute name), and SN_MSN (column name).

Subnode Resource Name attributeThe resource name of this subnode. The type is string.

The following names are defined for this attribute: SUBNODE_RESOURCE_NAME or SN_RES(historical name), Subnode Resource Name (caption), Subnode_Resource_Name (attribute name),and SN_RES (column name).

Subnode Type attributeThe node type of this subnode. This attribute is a key attribute. The type is string.

The following names are defined for this attribute: SUBNODE_TYPE or SN_TYPE (historicalname), Subnode Type (caption), Subnode_Type (attribute name), and SN_TYPE (column name).

Subnode Version attributeThe version of this subnode. The type is string.

The following names are defined for this attribute: SUBNODE_VERSION or SN_VER (historicalname), Subnode Version (caption), Subnode_Version (attribute name), and SN_VER (columnname).



Take Action Status data setThe Take Action Status data set contains information about the results of actions this agent ran.


Action App Return Code attributeThe application return code of the action is the actual return code of the command run. The typeis integer (32-bit numeric property).

The following names are defined for this attribute: ACTION_APP_RETURN_CODE or TSKAPRC(historical name), Action App Return Code (caption), Action_App_Return_Code (attribute name),and TSKAPRC (column name).


Action Command attributeThe command that was run by the action. The type is string.

The following names are defined for this attribute: ACTION_COMMAND or TSKCMND(historical name), Action Command (caption), Action_Command (attribute name), andTSKCMND (column name).

Action ID attributeThe id of the action. The type is integer (32-bit numeric property).

The following names are defined for this attribute: ACTION_ID or TSKID (historical name),Action ID (caption), Action_ID (attribute name), and TSKID (column name).

Action Instance attributeThe instance that is associated with the output produced by running the action. The type isstring.

The following names are defined for this attribute: ACTION_INSTANCE or TSKINST (historicalname), Action Instance (caption), Action_Instance (attribute name), and TSKINST (column name).

Action Message attributeThe message that is associated with the return code of the action. The type is string.

The following names are defined for this attribute: ACTION_MESSAGE or TSKMSGE (historicalname), Action Message (caption), Action_Message (attribute name), and TSKMSGE (columnname).

Action Name attributeThe name of the action that was run. The type is string.

The following names are defined for this attribute: ACTION_NAME or TSKNAME (historicalname), Action Name (caption), Action_Name (attribute name), and TSKNAME (column name).

Action Node attributeThe node where the action ran. The type is string.

The following names are defined for this attribute: ACTION_NODE or TSKORGN (historicalname), Action Node (caption), Action_Node (attribute name), and TSKORGN (column name).

Action Owner attributeThe name of the situation or user that initiated the action. The type is string.

The following names are defined for this attribute: ACTION_OWNER or TSKOWNR (historicalname), Action Owner (caption), Action_Owner (attribute name), and TSKOWNR (column name).

Action Results attributeThe output that is produced by running the action. The type is string.

The following names are defined for this attribute: ACTION_RESULTS or TSKOUTP (historicalname), Action Results (caption), Action_Results (attribute name), and TSKOUTP (column name).

Action Status attributeThe return code from the Action Status dialog, which is the return code category that is definedfor the application return code. The type is integer (32-bit numeric property).

The following names are defined for this attribute: ACTION_STATUS or TSKSTAT (historicalname), Action Status (caption), Action_Status (attribute name), and TSKSTAT (column name).

Action Subnode attributeThe subnode where the action ran. The type is string.

The following names are defined for this attribute: ACTION_SUBNODE or TSKSBND (historicalname), Action Subnode (caption), Action_Subnode (attribute name), and TSKSBND (columnname).


Action Type attributeThe type of the action. The type is integer (32-bit numeric property) with enumerated values. Thefollowing values are defined: UNKNOWN (0), AUTOMATION (1). Any value that does not havea definition here is displayed in the User Interface.

The following names are defined for this attribute: ACTION_TYPE or TSKTYPE (historical name),Action Type (caption), Action_Type (attribute name), and TSKTYPE (column name).



Timestamp attributeThe time the event was generated. The type is string.


Thread Pool Status data setThe Thread Pool Status data set contains information that reflects the status of the internal thread poolused to collect data asynchronously.




Thread Pool Active Threads attributeThe number of threads in the thread pool currently active doing work. The type is integer (32-bitgauge) with enumerated values. The following values are defined: NO DATA (-1), NO DATA(-100). Any value that does not have a definition here is displayed in the User Interface.

The following names are defined for this attribute: THREAD_POOL_ACTIVE_THREADS orTPACTTH (historical name), Thread Pool Active Threads (caption), Thread_Pool_Active_Threads(attribute name), and TPACTTH (column name).

Thread Pool Avg Active Threads attributeThe average number of threads in the thread pool simultaneously active doing work. The type isreal number (32-bit gauge) with two decimal places of precision with enumerated values. Thefollowing values are defined: NO DATA (-1), NO DATA (-100). Any value that does not have adefinition here is displayed in the User Interface.

The following names are defined for this attribute: THREAD_POOL_AVG_ACTIVE_THREADS orTPAVGAT (historical name), Thread Pool Avg Active Threads (caption),Thread_Pool_Avg_Active_Threads (attribute name), and TPAVGAT (column name).

Thread Pool Avg Job Wait attributeThe average time a job spends waiting on the thread pool queue in seconds. The type is realnumber (32-bit gauge) with two decimal places of precision with enumerated values. Thefollowing values are defined: NO DATA (-1), NO DATA (-100). Any value that does not have adefinition here is displayed in the User Interface.

The following names are defined for this attribute: THREAD_POOL_AVG_JOB_WAIT orTPAVJBW (historical name), Thread Pool Avg Job Wait (caption), Thread_Pool_Avg_Job_Wait(attribute name), and TPAVJBW (column name).


Thread Pool Avg Queue Length attributeThe average length of the thread pool queue during this run. The type is real number (32-bitgauge) with two decimal places of precision with enumerated values. The following values aredefined: NO DATA (-1), NO DATA (-100). Any value that does not have a definition here isdisplayed in the User Interface.

The following names are defined for this attribute: THREAD_POOL_AVG_QUEUE_LENGTH orTPAVGQL (historical name), Thread Pool Avg Queue Length (caption),Thread_Pool_Avg_Queue_Length (attribute name), and TPAVGQL (column name).

Thread Pool Max Active Threads attributeThe peak number of threads in the thread pool that were simultaneously active doing work. Thetype is integer (32-bit counter) with enumerated values. The following values are defined: NODATA (-1), NO DATA (-100). Any value that does not have a definition here is displayed in theUser Interface.

The following names are defined for this attribute: THREAD_POOL_MAX_ACTIVE_THREADSor TPMAXAT (historical name), Thread Pool Max Active Threads (caption),Thread_Pool_Max_Active_Threads (attribute name), and TPMAXAT (column name).

Thread Pool Max Queue Length attributeThe peak length the thread pool queue reached. The type is integer (32-bit counter) withenumerated values. The following values are defined: NO DATA (-1), NO DATA (-100). Anyvalue that does not have a definition here is displayed in the User Interface.

The following names are defined for this attribute: THREAD_POOL_MAX_QUEUE_LENGTH orTPMAXQL (historical name), Thread Pool Max Queue Length (caption),Thread_Pool_Max_Queue_Length (attribute name), and TPMAXQL (column name).

Thread Pool Max Size attributeThe maximum number of threads that are allowed to exist in the thread pool. The type is integer(32-bit numeric property) with enumerated values. The following values are defined: NO DATA(-1), NO DATA (-100). Any value that does not have a definition here is displayed in the UserInterface.

The following names are defined for this attribute: THREAD_POOL_MAX_SIZE or TPMAXSZ(historical name), Thread Pool Max Size (caption), Thread_Pool_Max_Size (attribute name), andTPMAXSZ (column name).

Thread Pool Min Active Threads attributeThe smallest number of threads in the thread pool that were simultaneously active doing work.The type is integer (32-bit counter) with enumerated values. The following values are defined:NO DATA (-1), NO DATA (-100). Any value that does not have a definition here is displayed inthe User Interface.

The following names are defined for this attribute: THREAD_POOL_MIN_ACTIVE_THREADS orTPMINAT (historical name), Thread Pool Min Active Threads (caption),Thread_Pool_Min_Active_Threads (attribute name), and TPMINAT (column name).

Thread Pool Min Queue Length attributeThe minimum length the thread pool queue reached. The type is integer (32-bit counter) withenumerated values. The following values are defined: NO DATA (-1), NO DATA (-100). Anyvalue that does not have a definition here is displayed in the User Interface.

The following names are defined for this attribute: THREAD_POOL_MIN_QUEUE_LENGTH orTPMINQL (historical name), Thread Pool Min Queue Length (caption),Thread_Pool_Min_Queue_Length (attribute name), and TPMINQL (column name).

Thread Pool Queue Length attributeThe number of jobs currently waiting in the thread pool queue. The type is integer (32-bit gauge)with enumerated values. The following values are defined: NO DATA (-1), NO DATA (-100). Anyvalue that does not have a definition here is displayed in the User Interface.


The following names are defined for this attribute: THREAD_POOL_QUEUE_LENGTH orTPQLGTH (historical name), Thread Pool Queue Length (caption), Thread_Pool_Queue_Length(attribute name), and TPQLGTH (column name).

Thread Pool Size attributeThe number of threads currently existing in the thread pool. The type is integer (32-bit gauge)with enumerated values. The following values are defined: NO DATA (-1), NO DATA (-100). Anyvalue that does not have a definition here is displayed in the User Interface.

The following names are defined for this attribute: THREAD_POOL_SIZE or THPSIZE (historicalname), Thread Pool Size (caption), Thread_Pool_Size (attribute name), and THPSIZE (columnname).

Thread Pool Total Jobs attributeThe number of jobs that are completed by all threads in the pool since agent start. The type isinteger (32-bit counter) with enumerated values. The following values are defined: NO DATA (-1),NO DATA (-100). Any value that does not have a definition here is displayed in the UserInterface.

The following names are defined for this attribute: THREAD_POOL_TOTAL_JOBS or TPTJOBS(historical name), Thread Pool Total Jobs (caption), Thread_Pool_Total_Jobs (attribute name), andTPTJOBS (column name).




Accessibility features

Accessibility features assist users who have a disability, such as restricted mobility or limited vision, touse information technology content successfully.

Accessibility features

The web-based interface of IBM Cloud Application Performance Management is the Cloud APM console.The console includes the following major accessibility features:v Enables users to use assistive technologies, such as screen-reader software and digital speech

synthesizer, to hear what is displayed on the screen.1 Consult the product documentation of theassistive technology for details on using those technologies with this product.

v Enables users to operate specific or equivalent features using only the keyboard.v Communicates all information independently of color.2

The Cloud APM console uses the latest W3C Standard, WAI-ARIA 1.0, US Section 508, and Web ContentAccessibility Guidelines (WCAG) 2.0. To take advantage of accessibility features, use the latest release ofyour screen reader in combination with the latest web browser that is supported by this product.

The Cloud APM console online product documentation in IBM Knowledge Center is enabled foraccessibility. The accessibility features of IBM Knowledge Center are described at IBM Knowledge Centerrelease notes.

Keyboard navigation

This product uses standard navigation keys.

Interface information

The Cloud APM console web user interface does not rely on cascading style sheets to render contentproperly and to provide a usable experience. However, the product documentation does rely oncascading style sheets. IBM Knowledge Center provides an equivalent way for low-vision users to usetheir custom display settings, including high-contrast mode. You can control font size by using the deviceor browser settings.

The Cloud APM console web user interface includes WAI-ARIA navigational landmarks that you can useto quickly navigate to functional areas in the application.

The Cloud APM console user interface does not have content that flashes 2 - 55 times per second.

Related accessibility information

In addition to standard IBM help desk and support websites, IBM has established a TTY telephoneservice for use by deaf or hard of hearing customers to access sales and support services:

TTY service 800-IBM-3383 (800-426-3383) (within North America)

1. Exceptions include some of the Agent Configuration pages and historical line charts in the Cloud APM console.

2. Exceptions include some Agent Configuration pages of the Cloud APM console.


http://www.w3.org/TR/wai-aria/

http://www.access-board.gov/guidelines-and-standards/communications-and-it/about-the-section-508-standards/section-508-standards

http://www.w3.org/TR/WCAG20/

http://www.w3.org/TR/WCAG20/

http://www.ibm.com/support/knowledgecenter/en/about/releasenotes.html?view=kc#accessibility

http://www.ibm.com/support/knowledgecenter/en/about/releasenotes.html?view=kc#accessibility

IBM and accessibility

For more information about the commitment that IBM has to accessibility, see IBM Accessibility .


http://www.ibm.com/able

Notices

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IBM may not offer the products, services, or features discussed in this document in other countries.Consult your local IBM representative for information on the products and services currently available inyour area. Any reference to an IBM product, program, or service is not intended to state or imply thatonly that IBM product, program, or service may be used. Any functionally equivalent product, program,or service that does not infringe any IBM intellectual property right may be used instead. However, it isthe user's responsibility to evaluate and verify the operation of any non-IBM product, program, orservice.

IBM may have patents or pending patent applications covering subject matter described in thisdocument. The furnishing of this document does not grant you any license to these patents. You can sendlicense inquiries, in writing, to:

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This information could include technical inaccuracies or typographical errors. Changes are periodicallymade to the information herein; these changes will be incorporated in new editions of the publication.IBM may make improvements and/or changes in the product(s) and/or the program(s) described in thispublication at any time without notice.

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Licensees of this program who wish to have information about it for the purpose of enabling: (i) theexchange of information between independently created programs and other programs (including thisone) and (ii) the mutual use of the information which has been exchanged, should contact:

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Index

Aaccessibility features 67Action App Return Code attribute 61Action Command attribute 62Action ID attribute 62Action Instance attribute 62Action Message attribute 62Action Name attribute 62Action Node attribute 62Action Owner attribute 62Action Results attribute 62Action Status attribute 62Action Subnode attribute 62Action Type attribute 63Active Java Instance Count attribute 27Active JVM Count attribute 27Active Node Count attribute 30, 32Active Requests attribute 43, 44additional information

attributes 21All Requests Count attribute 38Allocated Memory attribute 43, 44Application Name attribute 35Archive Size attribute 25, 26attributes

Action App Return Code 61Action Command 62Action ID 62Action Instance 62Action Message 62Action Name 62Action Node 62Action Owner 62Action Results 62Action Status 62Action Subnode 62Action Type 63Active Java Instance Count 27Active JVM Count 27Active Node Count 30, 32Active Requests 43, 44All Requests Count 38Allocated Memory 43, 44Application Name 35Archive Size 25, 26Average Collection Duration 46, 48Average CPU Time 57Average Processing Time in MS 38Average Response Time 57Avg CPU Time 55Avg Response Time 55Begin Date 39Cache Hit Percent 26, 46, 49Cache Hits 46, 49Cache ID 53, 56, 57, 59Cache Misses 46, 49Caption 28, 30, 32Children Order ID 59Complete PCT 41Concurrent GC Ratio 36Context 51, 52, 53, 54, 56, 57, 59

attributes (continued)Context Link 51, 52, 53, 55, 56, 58, 59Count 43CPU Time 53, 59CPU Usage 43, 45CPU Utilization Percent 42Created Date 25, 26Current Http Sessions 39Current Security Sessions 39Data Source 34DB Driver Vendor 28DB Driver Version 28DB Host 28DB IP Address 28DB Name 28DB Port 28DB Time 44, 45DB Type 28DD Value 24Depth 59End Record Date Time 56, 58Enqueue Server Host 28Enqueue Server Port 28Error 500 Count 39Error Code 46, 49Event ID 55, 59Event Name 60Event Type 60Expiration Date 39Failed Application Count 35Free Disk Space in GB 42Free Disk Space Percent 42Fully Qualified Method Name 55GC Problem 36GC Ratio 36GC Spinning Due to Java Heap 37GC Spinning Due to Perm Generation 37Hardware ID 40Heap Dump File Name 25, 27Host 25, 27, 29Host Name 42Http Port 30, 32Https Port 30, 32ID 56, 58Idle Connection Count 34Inactive Java Instance Count 29Installation Number 40Instance ID 30, 32Intervals Skipped 47, 49IP Address 30, 32Java Heap Memory Shortages 37Java Instance ID 30, 33JVM ID 26, 27, 34, 35, 37, 38, 39Key 52Last Accessed Time 44, 45Last Collection Duration 47, 50Last Collection Finished 47, 50Last Collection Start 47, 50Location 25, 27Max Response Time 56Maximum Response Time 58


attributes (continued)Memory Utilization Percent 42Message Server Host 29Message Server Port 29Method Trace 25Min Response Time 56Minimum Response Time 58Name 29, 31, 33NetWeaver Agent Configuration 24NetWeaver Agent Configuration INS 24NetWeaver Cluster Heap 25NetWeaver Configuration Manager 26NetWeaver Instance Heap 26NetWeaver J2EE Cluster 27NetWeaver J2EE Instance 30NetWeaver J2EE Instance Sub 32NetWeaver JVM Data Source 34NetWeaver JVM Failed Applications 35NetWeaver JVM GCProblem Reporting 36NetWeaver JVM Logged In Users 38NetWeaver JVM Web Container 38NetWeaver License Information 39NetWeaver Request Analysis 41NetWeaver Resource Utilizaion 42NetWeaver Transaction Services 43NetWeaver User Session Management 43NetWeaver User Session Management Ins 44Node 24, 25, 26, 27, 29, 31, 33, 34, 36, 37, 38, 39, 40, 41, 42,

43, 44, 45, 47, 50, 51, 52, 53, 54, 55, 56, 58, 60, 61, 63Number of Collections 47, 50NWJ Performance Object Status 45Object Name 47, 50Object Status 48, 50Object Type 48, 50Order ID 55, 60OS Architecture 31, 33OS Name 31, 33OS Version 31, 33Out of Memory Errors 37overview 21P4 Port 31, 33Parent Request ID 60Percent 51Percentile Value 53, 54Performance Object Status 48Perm Gen Memory Shortages 37Post Time 60Pre Time 60Product Name 40Query Name 48, 51Refresh Interval 48, 51Request Breakdown 51Request Context 52Request Count 56, 58Request Details 41Request Distribution 52Request ID 52, 54, 55Request Instance 53Request Name 41, 54, 57, 58Request Response Time 41Request Stack Trace 54Request Status 55Request Summary 57Request Trace 59Request Type 41, 51, 54, 57, 58Response Time 44, 45, 54, 60Sample Req Instances 57

attributes (continued)Sample Request Instances 58SAP NetWeaver Java Application Servers 61SAP System Name 31, 33Security Session Count 38SID 29Size 26, 27SQL Type 35Start Error 36Start Record Date Time 57, 59Start Template 31, 33Start Time 60Startup Mode 36State 31, 34Status 29, 36, 40Subnode Affinity 61Subnode MSN 61Subnode Resource Name 61Subnode Type 61Subnode Version 61System Home 34System Host 31System ID 40System Number 40Take Action Status 61Telnet Port 32, 34Thread ID 54Thread Pool Active Threads 63Thread Pool Avg Active Threads 63Thread Pool Avg Job Wait 63Thread Pool Avg Queue Length 64Thread Pool Max Active Threads 64Thread Pool Max Queue Length 64Thread Pool Max Size 64Thread Pool Min Active Threads 64Thread Pool Min Queue Length 64Thread Pool Queue Length 64Thread Pool Size 65Thread Pool Status 63Thread Pool Total Jobs 65Time Stamp 54Timestamp 24, 25, 26, 27, 29, 32, 34, 35, 36, 37, 38, 39, 40,

41, 42, 43, 44, 45, 48, 51, 52, 53, 54, 55, 57, 59, 60, 61, 63,65

Total Disk Space in GB 42Total Requests 41, 44, 45Transaction Type 43TT Value 24Type 40Upper Bound 53Used Connection Count 35Used Connection Rate 35Used Disk Space Percent 42User Name 38, 44, 45Validity Days 41Value 52Vendor 30Version 30Waiting Connection Request Count 35Web Session Count 38Working Directory 32, 34

Average Collection Duration attribute 46, 48Average CPU Time attribute 57Average Processing Time in MS attribute 38Average Response Time attribute 57Avg CPU Time attribute 55Avg Response Time attribute 55


BBegin Date attribute 39

CCache Hit Percent attribute 26, 46, 49Cache Hits attribute 46, 49Cache ID attribute 53, 56, 57, 59Cache Misses attribute 46, 49Caption attribute 28, 30, 32Children Order ID attribute 59Complete PCT attribute 41Concurrent GC Ratio attribute 36Context attribute 51, 52, 53, 54, 56, 57, 59Context Link attribute 51, 52, 53, 55, 56, 58, 59Count attribute 43CPU Time attribute 53, 59CPU Usage attribute 43, 45CPU Utilization Percent attribute 42Created Date attribute 25, 26Current Http Sessions attribute 39Current Security Sessions attribute 39

Ddashboards 3data set

attributes 24data sets

list of all 22NetWeaver Agent Configuration 24NetWeaver Agent Configuration INS 24NetWeaver Cluster Heap 25NetWeaver Configuration Manager 26NetWeaver Instance Heap 26NetWeaver J2EE Cluster 27NetWeaver J2EE Instance 30NetWeaver J2EE Instance Sub 32NetWeaver JVM Data Source 34NetWeaver JVM Failed Applications 35NetWeaver JVM GCProblem Reporting 36NetWeaver JVM Logged In Users 38NetWeaver JVM Web Container 38NetWeaver License Information 39NetWeaver Request Analysis 41NetWeaver Resource Utilizaion 42NetWeaver Transaction Services 43NetWeaver User Session Management 43NetWeaver User Session Management Ins 44NWJ Performance Object Status 45overview 21Performance Object Status 48Request Breakdown 51Request Context 52Request Distribution 52Request Instance 53Request Stack Trace 54Request Status 55Request Summary 57Request Trace 59SAP NetWeaver Java Application Servers 61Take Action Status 61Thread Pool Status 63

Data Source attribute 34DB Driver Vendor attribute 28DB Driver Version attribute 28

DB Host attribute 28DB IP Address attribute 28DB Name attribute 28DB Port attribute 28DB Time attribute 44, 45DB Type attribute 28DD Value attribute 24Depth attribute 59

EEnd Record Date Time attribute 56, 58Enqueue Server Host attribute 28Enqueue Server Port attribute 28Error 500 Count attribute 39Error Code attribute 46, 49Event ID attribute 55, 59Event Name attribute 60Event Type attribute 60Expiration Date attribute 39

FFailed Application Count attribute 35Free Disk Space in GB attribute 42Free Disk Space Percent attribute 42Fully Qualified Method Name attribute 55

GGC Problem attribute 36GC Ratio attribute 36GC Spinning Due to Java Heap attribute 37GC Spinning Due to Perm Generation attribute 37

HHardware ID attribute 40Heap Dump File Name attribute 25, 27Host attribute 25, 27, 29Host Name attribute 42Http Port attribute 30, 32Https Port attribute 30, 32

IID attribute 56, 58Idle Connection Count attribute 34Inactive Java Instance Count attribute 29Installation Number attribute 40Instance ID attribute 30, 32Intervals Skipped attribute 47, 49Introduction 1IP Address attribute 30, 32

JJava Heap Memory Shortages attribute 37Java Instance ID attribute 30, 33JVM ID attribute 26, 27, 34, 35, 37, 38, 39

Index 75

KKey attribute 52KPIs 3

LLast Accessed Time attribute 44, 45Last Collection Duration attribute 47, 50Last Collection Finished attribute 47, 50Last Collection Start attribute 47, 50Location attribute 25, 27

MMax Response Time attribute 56Maximum Response Time attribute 58Memory Utilization Percent attribute 42Message Server Host attribute 29Message Server Port attribute 29Method Trace attribute 25Min Response Time attribute 56Minimum Response Time attribute 58

NName attribute 29, 31, 33NetWeaver Agent Configuration data set 24NetWeaver Agent Configuration INS data set 24NetWeaver Cluster Heap data set 25NetWeaver Configuration Manager data set 26NetWeaver Instance Heap data set 26NetWeaver J2EE Cluster data set 27NetWeaver J2EE Instance data set 30NetWeaver J2EE Instance Sub data set 32NetWeaver JVM Data Source data set 34NetWeaver JVM Failed Applications data set 35NetWeaver JVM GCProblem Reporting data set 36NetWeaver JVM Logged In Users data set 38NetWeaver JVM Web Container data set 38NetWeaver License Information data set 39NetWeaver Request Analysis data set 41NetWeaver Resource Utilizaion data set 42NetWeaver Transaction Services data set 43NetWeaver User Session Management data set 43NetWeaver User Session Management Ins data set 44Node attribute 24, 25, 26, 27, 29, 31, 33, 34, 36, 37, 38, 39, 40,

41, 42, 43, 44, 45, 47, 50, 51, 52, 53, 54, 55, 56, 58, 60, 61, 63Number of Collections attribute 47, 50NWJ Performance Object Status data set 45

OObject Name attribute 47, 50Object Status attribute 48, 50Object Type attribute 48, 50Order ID attribute 55, 60OS Architecture attribute 31, 33OS Name attribute 31, 33OS Version attribute 31, 33Out of Memory Errors attribute 37

PP4 Port attribute 31, 33Parent Request ID attribute 60Percent attribute 51Percentile Value attribute 53, 54Performance Object Status data set 48Perm Gen Memory Shortages attribute 37Post Time attribute 60Pre Time attribute 60Product Name attribute 40

QQuery Name attribute 48, 51

RRefresh Interval attribute 48, 51Request Breakdown data set 51Request Context data set 52Request Count attribute 56, 58Request Details attribute 41Request Distribution data set 52Request ID attribute 52, 54, 55Request Instance data set 53Request Name attribute 41, 54, 57, 58Request Response Time attribute 41Request Stack Trace data set 54Request Status data set 55Request Summary data set 57Request Trace data set 59Request Type attribute 41, 51, 54, 57, 58Response Time attribute 44, 45, 54, 60

SSample Req Instances attribute 57Sample Request Instances attribute 58SAP NetWeaver Java Application Servers data set 61SAP System Name attribute 31, 33Security Session Count attribute 38SID attribute 29Size attribute 26, 27SQL Type attribute 35Start Error attribute 36Start Record Date Time attribute 57, 59Start Template attribute 31, 33Start Time attribute 60Startup Mode attribute 36State attribute 31, 34Status attribute 29, 36, 40Subnode Affinity attribute 61Subnode MSN attribute 61Subnode Resource Name attribute 61Subnode Type attribute 61Subnode Version attribute 61System Home attribute 34System Host attribute 31System ID attribute 40System Number attribute 40

TTake Action Status data set 61Telnet Port attribute 32, 34


Thread ID attribute 54Thread Pool Active Threads attribute 63Thread Pool Avg Active Threads attribute 63Thread Pool Avg Job Wait attribute 63Thread Pool Avg Queue Length attribute 64Thread Pool Max Active Threads attribute 64Thread Pool Max Queue Length attribute 64Thread Pool Max Size attribute 64Thread Pool Min Active Threads attribute 64Thread Pool Min Queue Length attribute 64Thread Pool Queue Length attribute 64Thread Pool Size attribute 65Thread Pool Status data set 63Thread Pool Total Jobs attribute 65thresholds 17thresholds, using attributes 21Time Stamp attribute 54Timestamp attribute 24, 25, 26, 27, 29, 32, 34, 35, 36, 37, 38,

39, 40, 41, 42, 43, 44, 45, 48, 51, 52, 53, 54, 55, 57, 59, 60, 61,63, 65

Total Disk Space in GB attribute 42Total Requests attribute 41, 44, 45Transaction Type attribute 43TT Value attribute 24Type attribute 40

UUpper Bound attribute 53Used Connection Count attribute 35Used Connection Rate attribute 35Used Disk Space Percent attribute 42User Name attribute 38, 44, 45

VValidity Days attribute 41Value attribute 52Vendor attribute 30Version attribute 30

WWaiting Connection Request Count attribute 35Web Session Count attribute 38widgets 3Working Directory attribute 32, 34

Index 77

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